Conservapedia - User contributions [en]

United States presidential election, 2012

2011-06-14T02:48:11Z

Selbsb:

The '''Presidential Election 2012''' is on Tuesday, November 6, when the [[United States]] elects a president. [[Obama]], with his [[Barack Obama approval ratings|declining popularity]], is unlikely to win reelection unless he can carry [[Florida]], which he only narrowly won last time. [[Mitt Romney]] will likely win the [[New Hampshire]] primary, but if another candidate wins [[Iowa]] and [[South Carolina]],<ref>The order of the early primaries is not yet finally determined as of the end of 2010. For estimated dates, see http://www.thegreenpapers.com/P12/events.phtml?s=c</ref> then that candidate could win the [[Republican]] nomination.

For the Republican nomination, [[Rick Santorum]] and [[Chris Christie]] will probably endorse [[Mitt Romney]], while [[Newt Gingrich]] and [[Tim Pawlenty]] will compete for endorsement by [[neoconservatives]] and also [[pro-life]] groups. [[Sarah Palin]] could compete with [[Michele Bachmann]] for the large bloc of evangelical voters, particularly in [[Iowa]], as well as for [[pro-life]] endorsements.
__NOTOC__
== Ranking of Potential Republican Candidates by Likelihood of Winning Nomination ==

{| class="wikitable"
|-
!Candidate
!Pros
!Cons
!Trending ...
|-
|[[Mitt Romney]]
|First runner-up in 2008, business experience, Republican governor of a Democratic state, cut taxes and the deficit, prodigious fundraiser and tireless campaigner, polling at 40% in the key early primary state of [[New Hampshire]], credited for helping [[Scott Brown]] win an upset victory for the seat long held by [[Ted Kennedy]]. Likely to be endorsed by [[Chris Christie]], [[Trent Lott]], [[Rick Santorum]], [[Marsha Blackburn]], [[Jim Talent]], etc. Only 26% of voters said they would '''''never''''' vote for him, which is the lowest negative of any major Republican candidate.<ref name="Quinnipiac">http://www.quinnipiac.edu/x1295.xml?ReleaseID=1595</ref>
|Once supported [[abortion]] and [[civil unions]], criticized by the [[Tea Party Express]] chairwoman and others due to his [[ObamaCare]]-like health plan in [[Massachusetts]], which included mandatory insurance and taxpayer-funded abortion; struggles in Iowa and won only 15% in the South Carolina primary in 2008.
|Gaining as the economy becomes the big issue, and as Newt struggles
|-
|[[Jeb Bush]]
|The declining economy means the opportunity for Jeb to win is now, not in 2016 when another Republican would be the incumbent; Jeb is sure to win Florida and Obama cannot win reelection if the Republican wins Florida; [[George W. Bush]]'s book sold far better than expectations, making the name an asset again; Jeb could unite the Republican Party with a late candidacy; Jeb is more conservative than his brother [[George W. Bush]]; Jeb has already criticized Palin as a rival candidate might;<ref>In a Newsmax interview in February 2010, Jeb criticized Palin by saying, "my belief is in 2010 and 2012, public leaders need to have intellectual curiosity." [http://www.newser.com/story/81720/jeb-bush-sarah-palin-not-intellectual-enough.html]</ref> Jeb published an editorial on Jan. 3, 2011 taking credit for saving Florida [[public schools]] with vouchers.<ref>http://www.politifact.com/florida/statements/2011/jan/03/jeb-bush/jeb-bush-touts-education-gains-wall-street-journal/</ref>
|Has polled unusually poorly (54-34%) against [[Barack Obama]];<ref>http://politicalticker.blogs.cnn.com/2011/02/14/obama-would-beat-jeb-bush-big-says-poll/</ref> Jeb says he does not intend to run in 2012, when he could still be tagged with negatives via George; not liked by many Tea Partiers; might wait to run when Hillary runs.
|Trending higher as the Rove/GWB network of donors seems unwilling to back anyone else; also, as the economy declines, it means the opportunity for Jeb to win is in 2012, not 2016 as he planned
|-
|[[Michele Bachmann]]
|A [[movement conservative]] who "knocked the ball out of the park" with her nationally televised response to Obama's [[State of the Union]] address in January 2011, Bachmann is increasingly popular with the [[Tea Party movement]]; she is a strong fundraiser and won a stunning 52-40% landslide in 2010 in a liberal-leaning district in [[Minnesota]]. Did very well at [[CPAC]] in Feb. 2011.
|As with [[Ronald Reagan]], [[liberal bias]] is at its worst against her; she's said she's not running for president this soon<ref name="Bachmann"/> and pulled out of the "Values Voter Summit" ([[Family Research Council]] convention) straw poll in September 2010; has never won statewide office; not picking up strong [[Tea Party]] support, as [[Ron Paul]] did not support her for a House leadership position and did not join her [[Tea Party]] caucus.
|Gaining as Palin dithers
|-
|[[Newt Gingrich]]
|Articulate, credited with 1994 landslide, balanced the federal budget in the Clinton era, leader in fundraising, likely to obtain endorsement of older "right to life" groups against Mitt;<ref name="April%252525202010%25252520Fundraising">http://www.usnews.com/blogs/robert-schlesinger/2010/04/19/sarah-palin-lags-in-2012-fundraising-primary.html</ref> has one-sided promotion by the [[Fox News Channel]] and the [[WSJ]], who will likely criticize his opponent [[Mitt Romney]]; Gingrich's record of passing [[conservative]] legislation as [[Speaker of the House]] is remarkably strong, including welfare reform, [[DOMA]], the [[Solomon Amendment]], and even [[term limits]]. He also had the courage to shut down the government.
|Lost one notch when his entire campaign staff resigned en masse on June 9th; he has previously endorsed [[liberal]] ideas like "[[cap-and-trade]]" ([[global warming]] hoax) and a [[Con Con]]; resigned as Speaker rather than follow through with the impeachment of [[Bill Clinton]]; divorced twice and married three times, most recently to a women 23 years younger than he; has never won statewide office; Sarah Palin is suggesting that she may not pull out and this would prevent Newt from defeating Mitt.
|Losing ground as his senior staff jumps ship
|-
|[[Sarah Palin]]
|Empathetic, attracts crowds, personally [[pro-life]], fiscal conservative, popular, track record of supporting upset victories in primaries; has a popular television series and book tour that emphasizes the grassroots rather than the "inside the Beltway" mentality.
|It's difficult to take someone who relies so heavily on [[Facebook]] seriously; even [[liberal]] [[Hollywood]] preferred ''The King's Speech'' at the [[Oscars]]. Her taxation policies were somewhat liberal.<ref>http://community.adn.com/node/112712</ref> Appointed a former [[Planned Parenthood]] board member to the [[Alaska]] Supreme Court and inexplicably resigned early as governor; lags in fundraising despite publicity,<ref name="April%252525202010%25252520Fundraising"/> came in a disappointing fifth in the [[Values Voter Summit]] in September 2010 and fared badly at [[CPAC]]. Several of her prominent 2010 candidates (Ken Buck, Joe Miller, Christine O'Donnell) struck out on Nov. 2nd, and recently many Republicans from [[George W. Bush]] to [[Peggy Noonan]] have been critical of her.<ref>http://www.csmonitor.com/USA/Election-2010/Vox-News/2010/1106/Republican-establishment-takes-on-Sarah-Palin</ref> 58% of American voters in a May poll said they would '''''never''''' vote for her.<ref name="Quinnipiac"/>
|Enjoying attention without yet running
|-
|[[Tim Pawlenty]]
|Young; popular in his home state of [[Minnesota]] (but never won with more than 50% of the vote); benefits from exodus of the leadership from Newt's campaign on June 9th.
|Still not well known outside of Minnesota; signed $893 million in meddlesome fees/taxes including a "health fee" for cigarette smokers (which was ruled unconstitutional), a harvest fee for farmers, a 9-1-1 fee on all telephone lines, a fee for traditional marriage, and large increase in parking fees;<ref>[http://tinyurl.com/3k4p8jf ''Duluth News Tribune'': Fees soar as state taxes hold steady] (2006)</ref> supported the liberal [[cap and trade]]; accepted stimulus funds after arguing against them; lacks a socially conservative base or any appeal that would attract support away from the front-runners; arranged a meeting with a liberal medical society in 2003 in order to cave into the pro-[[abortion]] side by downplaying medical harm caused by abortion,<ref>http://www.lifenews.com/2003/12/30/state-281/</ref> despite hard-fought passage of the Woman's Right to Know Act mandating disclosure; an ex-Catholic and that may not play well with Catholic swing voters.
|Gaining, picked up one key Newt supporter
|-
|[[Marco Rubio]]
|The Republican Party will want this freshman [[U.S. Senator]] in the primary debates, which he's then likely to win because of his charisma, stronger stance on social issues, and [[Tea Party]] appeal; in the general election he would pull [[Florida]] and many Hispanic voters away from the Democrats. Both of his parents were Cuban exiles seeking asylum in the U.S. at the time of his birth in Miami, making him an inspiring, uniquely American success story.
|Could face the liberal [[double standard]] on two fronts: 1) what's OK for Obama (e.g., inexperience) is somehow not OK for a [[conservative]]. 2) Liberals who have been deriding the strict definition of "natural born citizen" which some conservatives have been applying to Obama might also turn around and use the same logic with Rubio, claiming that his non-citizen parents invalidate his natural-born status. Some Republican voters may think he's really running to be selected as Vice President.
|Probably running for VP
|-
|[[Rand Paul]]
|Could be the next [[Ronald Reagan]]; is the heir-apparent to massive support for [[Ron Paul]]; won the [[U.S. Senate]] seat by a 56-44% landslide in 2010, despite an intense effort by [[liberals]] to smear and defeat him; is 100% [[pro-life]]. Failure of Congress to cut spending enhances likelihood that voters will turn to someone strong on reducing government. Could inherit the support for his father, who could hand off the campaign to Rand.
|Rand, immensely popular after his landslide victory for Senate, will not run for president unless his dad drops his own campaign for the same office. Rand could first campaign for his dad and then become the candidate if voters think he has a better opportunity to win, but time is running out for Rand to assert himself as the candidate in 2012.
|Backup if voters think his dad shouldn't run
|-
|[[Ron Paul]]
|Won the [[CPAC]] poll, terrific on economic issues, is strong in national polls, can raise the money needed to win; people may look to an anti-war Republican
|Voted twice to repeal [[DADT]], which the vast majority of Republican primary voters support; opposed Bachmann for a leadership position; his age (76 in 2012) will be used against him; has never won statewide office.
|Gaining ground as economy crumbles
|-
|[[Jim DeMint]]
|Strong support by social conservatives, libertarians,<ref>Jim Demint has the best favorable-unfavorable rating of anyone at CPAC 2010.</ref> Tea Party, and evangelicals; a tenacious advocate willing to criticize Obama
|Stated at a conservative conference in July 2010 that he is not running for president, but after [[Mike Pence]] pulled out in Jan. 2011 Jim DeMint is showing interest again, before announcing again in late March that he is not running; as a Southern conservative, he would need to work hard to gain support in Iowa and New Hampshire, the key early primary states<ref>http://politics.theatlantic.com/2010/02/the_2012_dark_horse_is.php</ref>
|Considering running
|-
|[[Rick Perry]]
|Ranking improved on June 9 because Newt's campaign leadership quit; Perry is a conservative-talking governor who has run [[Texas]] for a decade (since [[George W. Bush]] became president); crushed [[RINO]] [[Kay Bailey Hutchison]] in the 2010 primary and then won a landslide in the general election against a popular opponent, carrying others to victory on his strong coattails; has a stellar jobs record in his State and which he can contrast with liberal-run states like [[California]], [[Nevada]], [[Illinois]], and [[New York]]
|More conservative in his rhetoric than his policies; endorsed [[RINO]] [[Rudy Giuliani]] in 2008; tried to force all schoolgirls to receive the [[HPV vaccine]]; raised business taxes while governor; supports exceptions for allowing [[abortion]]; and responded to a reporter's question on Dec. 24, 2010 that he's definitely not running.
|Gaining as he considers running
|-
|[[Chris Christie]]
|Leads [[Barack Obama]] in Zogby's polling (January 2011), takes on the [[public school]] teachers' unions and is a fiscal reformer who puts liberals in their place, has an unscripted style and appearance that is a refreshing alternative to the Teleprompter President.
|Significantly overweight, Picked a [[pro-abortion]] running mate when he ran for governor, and has little experience with national issues; repeatedly says he is not running; campaigned for [[RINO]] [[Mike Castle]] in [[Delaware]] who was then defeated; neither added [[New Jersey]] to one of the lawsuits against [[ObamaCare]] nor joined an [[amicus brief]] against it; ''will probably support [[Mitt Romney]]''.
|Losing popularity in NJ as he fails to build a strong team
|-
|[[Herman Cain]]
|Former Godfathers Pizza CEO, conservative radio host, Tea Party favorite, tremendous speaker, triumphed over a health problem, and apparently is running. <ref>[http://dailycaller.com/2010/12/06/herman-cain-2012-exploratory-committee-could-come-soon/ Herman Cain: 2012 exploratory committee could come soon, DailyCaller, December 6, 2010]</ref>
|Not well known outside the conservative sphere of influence.
|Maintaining his ranking
|-
|[[Mike Huckabee]]
|Pro-life in rhetoric, pro-Second Amendment and pro-Bible; strong in polling, particularly among evangelicals
|Announced on May 14th that he's not running; was stuck at 20-30% without any way to gain broader support needed to win; could be a [[stalking horse]] for Newt; also supporter of big government, as governor raised taxes and increased state spending, released man who later killed officers; disliked by [[CPAC]]-types and by [[Club for Growth]]; might decide to sit this one out;<ref>CBS: [http://www.cbsnews.com/8301-503544_162-20044329-503544.html Signs mount that Huckabee won't enter 2012 race]</ref> supported the cave-in by the Republican leadership to continue funding [[Planned Parenthood]] (the nation's largest [[abortion]] provider) as part of the budget deal in April 2011. Has ruled himself out of contention.<ref>http://www.usatoday.com/news/politics/2011-05-15-republican-huckabee-president_n.htm</ref>
|Losing ground and relevancy
|-
|[[Donald Trump]]
|Tied for number 1 in [[Gallup Poll]];<ref>As of April 22, 2011.</ref> forced Obama's to take seriously voters' concerns over his birth certificate, and is also willing to criticize liberal media; has business savvy and resources as a billionaire; is well-known.<ref>[http://www.foxnews.com/politics/2010/10/05/trump-seriously-considering-presidential-bid/?test=latestnews Trump 'Seriously Considering' 2012 Presidential Bid, FOXNews, October 5, 2010]</ref> His unscripted, abrasive and arrogant style may be just what voters want. Not a career politician helps his cause.
|Said he's not running.<ref>http://www.foxnews.com/politics/2011/05/16/trump-declines-run-president/</ref> Criticized for his ego and has never held elected office. Needs to explain his previous support of liberal policies such as socialized medicine,<ref>http://www.slate.com/id/2291263/</ref> and is starting to look one-dimensional. A reliable poll (Quinnipiac) found that 58% of voters said they would '''''never''''' vote for Trump.<ref name="Quinnipiac"/>
|Declining in support
|-
|[[Allen West]]
|'America First' conservative patriot, Lt. Col West knows leadership from experience. He won the Florida [[U.S. House of Representatives]] seat in the [[2010 Midterm Elections]], and kept a high profile ever since. Sports a crew cut, rises above petty [[inside the Beltway]] bickering, and carries a camouflage bag rather than a briefcase
|New to national politics, not well known and maybe a future presidential candidate beyond 2012.
|A terrific congressman
|-
|[[Steve King]]
|A conservative Iowa congressman who could win the [[Iowa caucuses]]; resonates well with independents; recommended by Bachmann<ref name="Bachmann">http://www.siouxcityjournal.com/app/blogs/politically_speaking/?p=1205</ref>
|Not well known yet; has never won statewide office.
|Seems to be staying in the House
|-
|[[Rick Santorum]]
|Outspoken supporter of conservative values as a senator, well-received by Iowan evangelicals at campaign-like event in March 2010
|His all-out support of [[RINO]] and now-Democrat [[Arlen Specter]] prevented [[Pat Toomey]] from defeating him in 2002, and Santorum endorsed Romney for President in 2008; could simply be a [[stalking horse]] for Romney
|Stuck at only a few percent in the polls
|-
|[[Ken Cuccinelli]]
|Has won statewide office. Leader in challenging [[ObamaCare]], advancing [[pro-life]] principles, and opposing the [[global warming]] hoax, including investigating Liberal [[University of Virginia]]'s involvement in the [[Climategate]] scandal. Wants to stop the homosexual agenda prevalent at the University of Virginia and other Virginia universities.
|Only 42 years old, he'll probably become governor of Virginia before running for president. Not as frequent a speaker at Tea Party events as others, such as Steve King and Michele Bachmann. Also, Cuccinelli may be more influential on domestic policy in his current position than a president is.
|Busy achieving good things in his current job
|-
|[[Bobby Jindal]]
|Conservative Governor of [[Louisiana]], strong critic of [[Obama]]'s handling of the [[Gulf oil spill]] in the summer of 2010
|Not well known yet; says he's not running for president.
|Made a good statement on birth certificate issue
|-
|[[Mitch Daniels]]
|Signed a law that defunds [[Planned Parenthood]], has been an effective [[Rust Belt]] governor and critic of the Obama administration, being promoted heavily by [[neoconservatives]]
|Stated in May 2011 that he's not running for president; sided with [[Democrats]] in 2011 in opposing [[right-to-work laws|right-to-work legislation]], unknown nationally, criticized when he tried to downplay significance of social issues, not telegenic, lacks a socially conservative base, and his state budget relies heavily on [[gambling]] revenue
|Losing ground since he announced he's not running
|-
|[[Mike Pence]]
|Communicates a very strong conservative message: "a Christian, a conservative and a Republican, in that order." Won straw poll held at the [[Values Voter Summit]] in September 2010. On Nov. 3rd, gave up his House leadership position. Has since announced a run for Governor of Indiana in 2012.
|Announced on Jan. 27, 2011 that he's not running for president; previously he unsuccessfully proposed a "comprehensive" immigration plan that was widely criticized by conservatives; lacks legislative achievements; not well-known and has never won statewide office; either he or Huckabee could become a stalking horse for Newt Gingrich with respect to evangelical voters in Iowa
|Focusing on the Indiana governorship
|-
|[[Todd Akin]]
|A [[movement conservative]] from Missouri, which he serves as a congressman
|Running to win a [[U.S. Senate]] seat from a [[liberal]] instead
|Gaining in ability to defeat an incumbent liberal senator
|-
|[[Bob McDonnell]]
|Won landslide election as [[Virginia]] governor; has Obama's height
|Not widely known yet, but gave Republican response to State of the Union; seemed more conservative as a candidate than as governor
|Falling into obscurity
|-
|[[Gary Johnson]]
|Former [[libertarian]] two-term governor of [[New Mexico]], he has been recommended by [[Ron Paul]] if Dr. Paul does not run for president; Johnson is a strong advocate of less government.
|Like other libertarians but unlike most Republicans, Johnson favors legalizing marijuana, expanding legal [[immigration]] and allowing same-sex unions. Given the likelihood that Ron Paul will run, there is very little potential support for Gary Johnson in this election cycle.
|Cannot get much support with Ron Paul in the same race
|-
|[[Rudy Giuliani]]
|Widely respected for his post-9/11 leadership in New York City
|Struck out completely as a candidate in 2008; very weak on important social issues; cross-dressing for comedic purposes when it suited him
|A throwback to an era and issues that matter less now
|-
|[[Dick Cheney]]
|Prominent and consistent opposition to Obama
|Of dubious health; has explicitly disavowed interest in running
|Not running
|-
|[[John Bolton]]
|Expert on foreign policy and national security issues <ref>[http://www.breitbart.com/article.php?id=D9I4TTT82&show_article=1 POLITICAL INSIDER: John Bolton weighs a WH run, Breitbart, September 10, 2010]</ref>
|Polarizing figure that Democrats refused to appoint to permanent UN position
|
|-
|[[Jon Huntsman, Jr.]]
|Has foreign policy and executive experience. Appealing to moderates, although this is because he holds numerous liberal stances.
|Worked in the Obama administration; Criticized the [[economic stimulus package]] as not being big enough, favors Comprehensive Immigration Reform, supports civil unions, and is a believer in man-made global warming; could simply be a [[Utah]] decoy used by [[Team Newt]] to siphon support from [[Mitt Romney]]
|Not getting much support
|-
|[[Fred Thompson]]
|Former Republican Senator from [[Tennessee]], former presidential candidate, has a loyal following
|Hollywood type, sided with McCain in campaign finance laws that the Supreme Court overturned.
|
|-
|[[Scott Brown]]
|Proven ability to appeal to moderate voters even in a blue state
|Inexperience; already voting with the Democrats in the Senate; voted to repeal [[DADT]]
|
|-
|[[Haley Barbour]]
|Rose in ranking based on the victory of his choice as the new [[RNC]] chairman;<ref>http://www.washingtontimes.com/news/2011/jan/14/barbour-defeats-boehner-proxy-battle-control-rnc-s/</ref> has a [[conservative]] record as governor of [[Mississippi]]; was a consummate lobbyist and could raise many tens of millions for a campaign.
|Announced in late April 2011 that he is not running; also, rarely seen at conservative conferences, and a Republican from the [[Deep South]] may have trouble attracting independent voters.
|
|-
|[[John Thune]]
|Defeated [[Tom Daschle]], relatively conservative voting record for a senator; also taller than Obama, and enjoys broad support
|Announced on Feb. 22, 2011 that he's not running; may lack an essential "fire in the belly";<ref>http://voices.washingtonpost.com/thefix/eye-on-2012/assessing-john-thunes-2012-cha.html?referrer=emaillink</ref> voted for TARP financial bailout<ref>http://hoghouseblog.com/2009/09/01/thune-wants-to-end-bailout-he-voted-for/</ref> and McCain-Feingold campaign finance; no-show at some conservative events; hasn't effectively criticized Obama; could simply become a stalking horse candidate for Gingrich
|
|-
|[[Jan Brewer]]
|In 2010, stood up to [[Hillary Clinton]] and [[Barack Obama]] on issue of [[illegal aliens]]
|Caved in to the [[liberals]] in vetoing legislation requiring a birth certificate to get on the presidential ballot for Arizona in 2012; if Brewer ever was conservative, she seems increasingly less so
|Not even conservatives support her after all her vetoes of good bills this year
|-
|[[George Pataki]]
|Well known former 3-term Gov. of New York. Has a track record of tax cuts
|[[RINO]] candidate, [[Pro-abortion]], had health issues in the past
|
|-
|[[Peter King]]
|Conservative congressman from New York that supports [[Pro-life]], energy independence, free trade, expand border fence, battles Muslim extremists in the USA by Homeland Security position.
|Fiscal conservatism lacking: voted for TARP, Cash for Clunkers, CHIP
|
|-
|[[Thad McCotter]]
|Congressman from Michigan that is a fiscal and social conservative
|Not well known
|
|}

=== The Chess Game for the Republican Party ===

====Short form====

The short form analysis is this: it probably requires a minimum of $25 million in campaign funds to win the nomination, and more if the candidate lacks a strong [[conservative]] base. Many of the candidates are probably looking to big fundraisers for support, but they are unsure of whom to back. Karl Rove, with all of his contacts from the Bush years, may be able to raise $20 million for a candidate; Haley Barbour might be able to raise even more. Fox News and its allies can raise eight figures also, as they helped reelect [[John McCain]] as senator in 2010.

The fundraising obstacle is no problem for Mitt Romney. Michelle Bachmann could reach that goal also, and benefits from having a strong conservative base too. Ron Paul could sustain his campaign as he did in 2008, relying heavily on the internet. But others lacking in a strong base will struggle unless they can obtain the support of either the Bush/Rove group, or Barbour's network, or Fox News and its allies.

====Long form====
There are three key steps to the Republican nomination: Iowa, New Hampshire, and South Carolina. Mitt can win only one out of the three (New Hampshire), leaving an opening for another candidate to win the other two.

There are four basic components of the Republican Party. '''To win the nomination, a candidate needs to obtain the support of at least two out of four''':<ref>Traditionally commentators have referred to the three legs of the Republican Party: the values voters, the small businessmen, and the national security supporters. While that model still has support, it fails to account for recent shifts (such as the Tea Party Movement) and the impact of new media (such as FoxNews).</ref>

#social conservatives (pro-life, pro-marriage, pro-Republican Party platform)
#libertarians (lower taxes, less government, pro-business, anti-union)
#religious voters (Baptists, Presbyterians, Catholics, evangelicals, Mormons)
#neoconservatives (foreign intervention, "better" government)

In 2008, John McCain won the nomination by capturing the support of 1 and 4 above. Ron Paul had the support of 2. Mitt Romney enjoyed support by 2 and part of 3. Mike Huckabee had support of 1 and part of 3. The division of 3 by Romney and Huckabee caused them to block each other: Huckabee blocked Romney in Iowa, and Romney returned the favor in New Hampshire. This dynamic prevented either from winning the nomination.

In 2000, George Bush won with the support of 1 and 3. But John McCain enjoyed the support from 2 and 4 and this enabled him to win the New Hampshire and Michigan primaries, giving Bush a close contest. Some felt McCain mishandled his victory in Michigan.

In 1980, Ronald Reagan had the support of 1 and 2.

== Potential Democratic Candidates ==

McClatchy-Marist survey after the [[2010 Midterm elections]] revealed 46% of Democrats and Democratic leaning independent voters said they don't want President Obama to face a Democratic primary challenge, with 45% saying they do want such a challenge to occur. 40% of Democrats and independents who lean towards the Democrats say they prefer a more conservative challenger, while 39% say they want a challenger who is more liberal. The Marist poll says,
{{Cquote|Interestingly, a plurality of Democrats – 42 percent – would like to see a more liberal challenger while half of Democratic leaning independents – 50 percent – would like to see a more conservative one.}}
The McClatchy-Marist poll indicates that 48 percent of registered voters nationwide plan to vote against the president in 2012, with 36 percent saying they'll vote to re-elect Obama.

A Quinnipiac University survey released after the [[2010 Midterm elections]] indicated that a plurality of Americans don't think Obama deserves to be re-elected to a second term, and an Associated Press-GfK survey in the same time span indicates that 54% believe Obama should be voted out of office in 2012.<ref>http://politicalticker.blogs.cnn.com/2010/11/24/poll-democrats-split-on-2012-obama-primary-challenge/</ref> Former DNC chairman [[Ed Rendell]] suggested on [[MSNBC]], liberal anger over Obama's escalation of the war in Afghanistan could lead to a primary challenge.<ref>http://www.cbsnews.com/8301-503544_162-20011923-503544.html</ref>

The ''[[New York Times]]'' reported many [[liberal]]s are so upset over recommendations by the Deficit Reduction Commission which President Obama himself created after the Democratic controlled Congress voted the idea down,<ref>http://peoplesworld.org/senate-defeats-deficit-commission/</ref> "if Mr. Obama were to embrace its major parts, he would invite a primary challenge in 2012."<ref>http://www.nytimes.com/2010/11/12/us/politics/12fiscal.html</ref> Clarence B. Jones, who was a personal advisor, legal counsel, and close friend of Dr. [[Martin Luther King, Jr.]], has called for a primary challenge to President Obama.<ref>http://crooksandliars.com/susie-madrak/former-mlk-advisor-calls-primary-chal</ref>

Also Obama's [[Libya#Libyan_uprising_2011|Libyan intervention]] has raised the ire of many prominent leftists who question the [[wisdom]] and [[legal]]ity of the president's actions.<ref>http://www.politico.com/news/stories/0311/51595.html</ref>
{| class="wikitable"
|-
!Candidate
!Pros
!Cons
![[MSNBC]] exposure
|-
|[[Barack Obama]]
|Ability to compromise and act in a spirit of bi-partisanship when his back's against the wall and career on the line; he's not Hillary Clinton, and he receives endearing support from the media.
|He depends on a teleprompter to speak, and has run the nation into the ground. Numerous broken<ref>http://politifact.com/truth-o-meter/promises/rulings/promise-broken/</ref> and unfulfilled<ref>http://politifact.com/truth-o-meter/promises/rulings/stalled/</ref> campaign promises, implementation of socialist [[Obamacare]] program. Maybe uphill without help from [[ACORN]].
|Heavily promoted on MSNBC.
|-
|[[Hillary Clinton]]
|Her criticism of Obama's massive deficits hinted at a possible run against him in 2012, and [[Ted Kennedy]] cannot interfere with her nomination this time; moreover, waiting until 2016 is unattractive because she will be 71 then. She has the highest approval ratings of any potential challenger.<ref>[http://www.rasmussenreports.com/public_content/politics/general_politics/january_2010/58_view_hillary_clinton_favorably 58% View Hillary Clinton Favorably], January 19, 2010. Retrieved February 15, 2010.</ref> Tested the waters with Bill backing a challenger to Obama's Colorado Senate candidate (who then lost), and by Hillary saying she won't serve a second term as Obama's Secretary of State. The chances of Hillary running and winning the nomination increase with every decline in Obama's approval ratings.
|Her [[feminism]] is not wanted and she'd lose the general election as [[Martha Coakley]] did.
|Disfavored on MSNBC.
|-
|[[Russ Feingold]]
|His dedication to [[progressive]] causes rivals that of Obama, Feingold now has the time to run since his defeat in the 2010 midterms.<ref>http://usforruss.com/?p=55</ref>
|Considered a maverick and [[reform]]er within the Democratic party.
|Disfavored on MSNBC.
|-
|[[Howard Dean]]
|Liberal media personality, politician with physicians license and a former Vermont governor. Opposed [[Obamacare]] in its current form, and declared that government cannot force people to buy health insurance.
|Progressive/Socialist/Marxist philosophy combined with numerous public gaffes. Dean ran in the 2004 presidential elections.
|Heavily promoted on MSNBC.
|-
|[[Bernie Sanders]]
|Has pledged to "do whatever I can" to thwart compromise and thinks the President's legislative proposals are "an absolute disaster and an insult to the vast majority of the American people."
|Genuine out-of-the-closet [[Socialist]], will need to formally register as a Democrat.
|Has appeared on MSNBC.<ref>http://www.thestatecolumn.com/blog/2010/12/sen-bernie-sanders-issues-a-challenge-to-president-obama/</ref>
|-
|[[Ralph Nader]]
|An experienced [[community organizer]], Nader has not foreclosed the possibility of a challenge. [http://thehill.com/blogs/blog-briefing-room/news/132835--nader-i-am-looking-for-someone-to-challenge-obama-in-2012] Accuses Obama of betraying progressive liberals and being "a con man." [http://www.politicsdaily.com/2010/12/09/ralph-nader-predicts-obama-will-face-democratic-primary-challeng/]
|Could mount Third Party challenge if liberals continue to lose ground in the Democratic party.
|Promoted on MSNBC.
|-
|[[Evan Bayh]]
|Democratic base sees Bayh's retirement from the Senate as "a symbol of what's wrong with the party" as moderates are increasingly marginalized. <ref>[http://www.huffingtonpost.com/2010/02/15/evan-bayh-for-president-s_n_463202.html?view=screen Evan Bayh For President? Senator May Be Eyeing White House Run,] Ryan Grim, ''Huffington Post'', 02-15-10.</ref>
|Lags behind Obama in fundraising. [http://www.opensecrets.org/politicians/summary.php?cid=N00003762&cycle=2010]
|Has appeared on MSNBC.
|-
|[[Dennis Kucinich]]
|Outspoken critic of Obama's escalation of the War in Afghanistan, sellout of the public option and tax cuts for the rich.
|Perennial favorite of special interests, particularly [[AFSCME]], lacks popular support and a wider appeal.
|Promoted on MSNBC.
|-
|[[Alan Grayson]]
|Could do well to rally the progressive base in the anti-war early primary and caucus states of Iowa and New Hampshire.<ref>[http://www.politicsdaily.com/2010/12/28/an-anti-war-challenge-to-obama-in-2012-the-case-for-alan-grayso/ "An Anti-War Challenge to Obama in 2012: The Case for Alan Grayson"], ''Politics Daily'', 12-28-2010.</ref>
|Ethical concerns over his 2010 failed reelection bid for the House.
|Heavily favored on MSNBC.
|-
|[[Mike Gravel]]
|Former Alaska Senator who attacks his own party.
|Controversial liberal that supports socialist healthcare, gay marriage and called the war in Iraq lost. <ref>[http://dailycaller.com/2010/12/09/gravel-considering-obama-primary-challenge-calls-for-new-911-investigation/ Gravel considering Obama primary challenge, calls for new 9/11 investigation, The Daily Caller, December 9, 2010]</ref>
|Has appeared on MSNBC.
|}

== Independent Candidacy by Mike Bloomberg ==

The man who spent $185 per vote to garner 51% of the vote to remain as Mayor of [[New York City]] in 2009, [[Mike Bloomberg]], is increasingly looking like an independent, self-funded candidate for president in 2012.

$185 per vote times 50 million voters equals $9.25 billion, which he can easily afford as one of the richest men in the world. The catch is that 50 million Americans are not as likely to be persuaded by self-funded campaign ads as 51% of New Yorkers were. Also, it is possible that money is becoming ''less influential'' in campaigns, not more so. The most likely result from a Bloomberg candidacy would be a split in the [[pro-abortion]], pro-[[homosexual agenda]] vote with the [[Democratic]] nominee, facilitating election of the Republican nominee.

==References==
{{reflist}}

== See also ==

*[[Gubernatorial elections, 2010]]

[[Category: United States]]
[[Category: United States Presidential Elections]]
[[Category: United States Presidential Election, 2012]]

Tim Pawlenty

2011-06-14T02:47:37Z

Selbsb:

{{Officeholder
|name=Tim Pawlenty
|image=Timpawlenty.jpg
|party=[[Republican]]
|spouse=Mary Pawlenty
|religion=Evangelical Christian
|offices=
{{Officeholder/governor
|state=Minnesota
|terms=January 6, 2003 - January 3, 2011
|preceded=[[Jesse Ventura]]
|former=n
|succeeded=[[Mark Dayton]]
}}
}}

'''Tim Pawlenty''' is the former [[Republican]] [[governor]] of the State of [[Minnesota]], having served from 2003 until 2011. Though he never won even 50% of the vote, Pawlenty's appeasement of liberals earned him high approval ratings during his governorship.<ref>http://minnesota.publicradio.org/collections/special/2006/campaign/governor/pawlenty/</ref> Though he pledged not to raise taxes, he balanced the state budget by imposing "state fees" on activities such as purchasing cigarettes, harvesting food, using emergency services, obtaining a marriage certificate, and public parking. He was reelected in 2006, beating [[Democratic-Farmer-Labor Party]] (DFL) candidate [[Mike Hatch]] in a close election.<ref>http://minnesota.publicradio.org/display/web/2006/11/07/mngov/</ref> Pawlenty was considered one of the main contenders for the Republican Vice Presidential spot for [[John McCain]] in 2008.

In June 2009, Governor Pawlenty announced he would not seek a third term in the 2010 election, and instead seeks the 2012 GOP presidential nomination. <ref>http://www.startribune.com/politics/state/46726117.html?elr=KArksLckD8EQDUoaEyqyP4O:DW3ckUiD3aPc:_Yyc:aU1yDEmP:QMDCinchO7DU</ref> "I don't know what the future holds for me, I'm not ruling anything in or out." <ref>http://www.startribune.com/politics/state/46726117.html?elr=KArksLckD8EQDUoaEyqyP4O:DW3ckUiD3aPc:_Yyc:aU1yDEmP:QMDCinchO7DU</ref>

Although described by some as being [[pro-life]], Pawlenty gutted the "Woman's Right to Know" law that pro-lifers had spent nine years working on passing. Pawlenty arranged for a publicity stunt with a liberal medical group to justify removing the essential information that [[abortion]] causes an increase in breast cancer.<ref>http://www.lifenews.com/2003/12/30/state-281/</ref><ref>http://www.health.state.mn.us/wrtk/handbook.html</ref> Abortions decreased only slightly in Minnesota while Pawlenty was governor - not significantly more than the slight decrease nationwide.

==Early Life==
Tim Pawlenty was born on November 27, 1960, in [[Saint Paul]], Minnesota. Although he was raised as a [[Roman Catholic]], he converted as an [[Evangelical Christian]]. His mother died of cancer when Pawlenty was 16. He was the only child in his family to graduate from college, where he earned a Political Science and Law Degree from the University of Minnesota, and later became a practicing attorney.

== Political Career ==
Pawlenty was elected to the Minnesota [[House of Representatives]] in 1992, and reelected five times. In 1998, he was elected as the state House Majority Leader. In 2002, Pawlenty was the Republican nominee for Governor. He faced strong opposition from Minnesota DFL state senator Roger Moe, and independent candidate, former Congressman Tim Penny. Opinion polls that showed the race tight, however he won the election by seven percentage points, mostly by winning voters in the suburbs of Minneapolis-St. Paul.

As Governor, Pawlenty balanced Minnesota's budget three times without raising taxes, despite facing record budget deficits. This was largely accomplished by raising $893 million in citizen "fees", which most voters considered the same as a tax. This included a "health fee" ($401 million) for all cigarette buyers which was ruled unconstitutional, a harvest fee for farmers, a 9-1-1 fee on all telephone lines, a fee for traditional marriage, and large increase in parking fees.<ref>[http://tinyurl.com/3k4p8jf ''Duluth News Tribune'': Fees soar as state taxes hold steady] (2006)</ref> To balance these fees, he enacted a property tax cap and eliminated the marriage penalty. On November 30, 2005, a $701 million projected surplus was announced, the first budget surplus for the Minnesota state government since 2001. He proposed and signed into law welfare reform that requires able-bodied people to seek work.<ref>http://www.redstate.com/diaries/redstate/2008/aug/28/get-to-know-tim-pawlenty/</ref>

Pawlenty was the chairman of the National Governors Association from 2007 to 2008. He describes himself as pro-life and supports overturning [[Roe v. Wade]]. On [[gun control]] he supports statewide background checks to carry firearms.<ref>http://www.ontheissues.org/2008/Tim_Pawlenty_Gun_Control.htm</ref>
[[Image:TimPawlentySpeech.jpg|200px|thumb|Governor Pawlenty speaking at the National Governors Association, 02/23/08.]]
Governor Pawlenty opposed Obama's [[American Recovery and Reinvestment Act of 2009]],
"Most Republican governors and most Republicans are concerned or opposed, or concerned for these reasons: The federal government is spending money it doesn’t have. They are deeply in debt and getting deeper in debt by the hour. They’re borrowing money to do that, mostly from the [[Chinese]]. And it’s money we don’t have." <ref>http://www.pri.org/politics-society/government/tim-pawlenty-stimulus-bill.html</ref>

However, he still accepted the stimulus money for his state,
:"What is the rule that you can’t participate in federal legislation if you’re concerned about it? If you’re a liberal governor and you’re opposed to military spending, does that mean you don’t take the National Guard money? If you’re opposed to [[No Child Left Behind]], do you not take that money?"

In September 2009, Pawlenty accused President [[Barack Obama]] of imperiling the nation’s security and pushing a far-left agenda that threatens to leave the nation drowning in debt. He reserved his harshest criticism for Obama’s decision to scrap a controversial plan for a missile defense shield in [[Europe]].
:"Not only did President abandon missile defense, but he is opening negotiations with Iran and North Korea. The lessons of history are clear: Appeasement and weakness did not stop the Nazis, appeasement did not stop the Soviets, and appeasement did not stop the terrorists before 9/11."<ref> Alex Isenstadt, "Pawlenty decries 'appeasement'," [http://www.politico.com/news/stories/0909/27331.html#ixzz0RXSfaNUy ''Politico'' Sept. 18, 2009] </ref>

== References ==
<references/>

==External links==
*[http://www.governor.state.mn.us/index.htm Official Site of MN Governor]
*[http://israelmatzav.blogspot.com/2011/04/pro-israel-republican-presidential.html A pro-Israel Republican Presidential candidate.]

{{DEFAULTSORT: Pawlenty, Tim}}

[[Category:Minnesota Governors]]
[[Category:Republican Governors]]
[[Category: United States Governors]]
[[Category: Conservatives]]
[[Category:The 100 Americans The Left Hates Most]]

Tim Pawlenty

2011-06-12T04:17:08Z

Selbsb:

{{Officeholder
|name=Tim Pawlenty
|image=Timpawlenty.jpg
|party=[[Republican]]
|spouse=Mary Pawlenty
|religion=Evangelical Christian
|offices=
{{Officeholder/governor
|state=Minnesota
|terms=January 6, 2003 - January 3, 2011
|preceded=[[Jesse Ventura]]
|former=n
|succeeded=[[Mark Dayton]]
}}
}}

'''Tim Pawlenty''' is the former [[Republican]] [[governor]] of the State of [[Minnesota]], having served from 2003 until 2011. Though he never won even 50% of the vote, Pawlenty's appeasement of liberals earned him high approval ratings during his governorship.<ref>http://minnesota.publicradio.org/collections/special/2006/campaign/governor/pawlenty/</ref> Though he pledged not to raise taxes, he balanced the state budget by imposing "state fees" on activities such as purchasing cigarettes, harvesting food, using emergency services, obtaining a marriage certificate, and public parking. He was reelected in 2006, beating [[Democratic-Farmer-Labor Party]] (DFL) candidate [[Mike Hatch]] in a close election.<ref>http://minnesota.publicradio.org/display/web/2006/11/07/mngov/</ref> Pawlenty was considered one of the main contenders for the Republican Vice Presidential spot for [[John McCain]] in 2008.

In June 2009, Governor Pawlenty announced he would not seek a third term in the 2010 election, and instead seeks the 2012 GOP presidential nomination. <ref>http://www.startribune.com/politics/state/46726117.html?elr=KArksLckD8EQDUoaEyqyP4O:DW3ckUiD3aPc:_Yyc:aU1yDEmP:QMDCinchO7DU</ref> "I don't know what the future holds for me, I'm not ruling anything in or out." <ref>http://www.startribune.com/politics/state/46726117.html?elr=KArksLckD8EQDUoaEyqyP4O:DW3ckUiD3aPc:_Yyc:aU1yDEmP:QMDCinchO7DU</ref>

Although described by some as being [[pro-life]], Pawlenty gutted the "Woman's Right to Know" law that pro-lifers had spent nine years working on passing. Pawlenty arranged for a publicity stunt with a liberal medical group to justify removing the essential information that [[abortion]] causes an increase in breast cancer.<ref>http://www.lifenews.com/2003/12/30/state-281/</ref><ref>http://www.health.state.mn.us/wrtk/handbook.html</ref> Abortions decreased only slightly in Minnesota while Pawlenty was governor - not significantly more than the slight decrease nationwide.

==Early Life==
Tim Pawlenty was born on November 27, 1960, in [[Saint Paul]], Minnesota. Although he was raised as a [[Roman Catholic]], he converted as an [[Evangelical Christian]]. His mother died of cancer when Pawlenty was 16. He was the only child in his family to graduate from college, where he earned a Political Science and Law Degree from the University of Minnesota, and later became a practicing attorney.

== Political Career ==
Pawlenty was elected to the Minnesota [[House of Representatives]] in 1992, and reelected five times. In 1998, he was elected as the state House Majority Leader. In 2002, Pawlenty was the Republican nominee for Governor. He faced strong opposition from Minnesota DFL state senator Roger Moe, and independent candidate, former Congressman Tim Penny. Opinion polls that showed the race tight, however he won the election by seven percentage points, mostly by winning voters in the suburbs of Minneapolis-St. Paul.

As Governor, Pawlenty balanced Minnesota's budget three times without raising taxes, despite facing record budget deficits. This was largely accomplished by raising $893 million in citizen "fees", which most voters considered the same as a tax. This included a "health fee" ($401 million) for all cigarette buyers which was ruled unconstitutional, a harvest fee for farmers, a 9-1-1 fee on all telephone lines, a fee for traditional marriage, and large increase in parking fees.<ref>[http://nl.newsbank.com/nl-search/we/Archives?p_multi=DU|&p_product=DU&p_action=search&s_trackval=DU&p_text_search-0=Report:%20Fees%20soar%20as%20state%20taxes%20hold%20steady ''Duluth News Tribune'': Fees soar as state taxes hold steady] (2006)</ref> To balance these fees, he enacted a property tax cap and eliminated the marriage penalty. On November 30, 2005, a $701 million projected surplus was announced, the first budget surplus for the Minnesota state government since 2001. He proposed and signed into law welfare reform that requires able-bodied people to seek work.<ref>http://www.redstate.com/diaries/redstate/2008/aug/28/get-to-know-tim-pawlenty/</ref>

Pawlenty was the chairman of the National Governors Association from 2007 to 2008. He describes himself as pro-life and supports overturning [[Roe v. Wade]]. On [[gun control]] he supports statewide background checks to carry firearms.<ref>http://www.ontheissues.org/2008/Tim_Pawlenty_Gun_Control.htm</ref>
[[Image:TimPawlentySpeech.jpg|200px|thumb|Governor Pawlenty speaking at the National Governors Association, 02/23/08.]]
Governor Pawlenty opposed Obama's [[American Recovery and Reinvestment Act of 2009]],
"Most Republican governors and most Republicans are concerned or opposed, or concerned for these reasons: The federal government is spending money it doesn’t have. They are deeply in debt and getting deeper in debt by the hour. They’re borrowing money to do that, mostly from the [[Chinese]]. And it’s money we don’t have." <ref>http://www.pri.org/politics-society/government/tim-pawlenty-stimulus-bill.html</ref>

However, he still accepted the stimulus money for his state,
:"What is the rule that you can’t participate in federal legislation if you’re concerned about it? If you’re a liberal governor and you’re opposed to military spending, does that mean you don’t take the National Guard money? If you’re opposed to [[No Child Left Behind]], do you not take that money?"

In September 2009, Pawlenty accused President [[Barack Obama]] of imperiling the nation’s security and pushing a far-left agenda that threatens to leave the nation drowning in debt. He reserved his harshest criticism for Obama’s decision to scrap a controversial plan for a missile defense shield in [[Europe]].
:"Not only did President abandon missile defense, but he is opening negotiations with Iran and North Korea. The lessons of history are clear: Appeasement and weakness did not stop the Nazis, appeasement did not stop the Soviets, and appeasement did not stop the terrorists before 9/11."<ref> Alex Isenstadt, "Pawlenty decries 'appeasement'," [http://www.politico.com/news/stories/0909/27331.html#ixzz0RXSfaNUy ''Politico'' Sept. 18, 2009] </ref>

== References ==
<references/>

==External links==
*[http://www.governor.state.mn.us/index.htm Official Site of MN Governor]
*[http://israelmatzav.blogspot.com/2011/04/pro-israel-republican-presidential.html A pro-Israel Republican Presidential candidate.]

{{DEFAULTSORT: Pawlenty, Tim}}

[[Category:Minnesota Governors]]
[[Category:Republican Governors]]
[[Category: United States Governors]]
[[Category: Conservatives]]
[[Category:The 100 Americans The Left Hates Most]]

Tim Pawlenty

2011-06-12T04:14:45Z

Selbsb: Adding source for fees

{{Officeholder
|name=Tim Pawlenty
|image=Timpawlenty.jpg
|party=[[Republican]]
|spouse=Mary Pawlenty
|religion=Evangelical Christian
|offices=
{{Officeholder/governor
|state=Minnesota
|terms=January 6, 2003 - January 3, 2011
|preceded=[[Jesse Ventura]]
|former=n
|succeeded=[[Mark Dayton]]
}}
}}

'''Tim Pawlenty''' is the former [[Republican]] [[governor]] of the State of [[Minnesota]], having served from 2003 until 2011. Though he never won even 50% of the vote, Pawlenty's appeasement of liberals earned him high approval ratings during his governorship.<ref>http://minnesota.publicradio.org/collections/special/2006/campaign/governor/pawlenty/</ref> He balanced the state budget without breaking his pledge not to raise taxes and improved education. He was reelected in 2006, beating [[Democratic-Farmer-Labor Party]] (DFL) candidate [[Mike Hatch]] in a close election.<ref>http://minnesota.publicradio.org/display/web/2006/11/07/mngov/</ref> Pawlenty was considered one of the main contenders for the Republican Vice Presidential spot for [[John McCain]] in 2008.

In June 2009, Governor Pawlenty announced he would not seek a third term in the 2010 election, and instead seeks the 2012 GOP presidential nomination. <ref>http://www.startribune.com/politics/state/46726117.html?elr=KArksLckD8EQDUoaEyqyP4O:DW3ckUiD3aPc:_Yyc:aU1yDEmP:QMDCinchO7DU</ref> "I don't know what the future holds for me, I'm not ruling anything in or out." <ref>http://www.startribune.com/politics/state/46726117.html?elr=KArksLckD8EQDUoaEyqyP4O:DW3ckUiD3aPc:_Yyc:aU1yDEmP:QMDCinchO7DU</ref>

Although described by some as being [[pro-life]], Pawlenty gutted the "Woman's Right to Know" law that pro-lifers had spent nine years working on passing. Pawlenty arranged for a publicity stunt with a liberal medical group to justify removing the essential information that [[abortion]] causes an increase in breast cancer.<ref>http://www.lifenews.com/2003/12/30/state-281/</ref><ref>http://www.health.state.mn.us/wrtk/handbook.html</ref> Abortions decreased only slightly in Minnesota while Pawlenty was governor - not significantly more than the slight decrease nationwide.

==Early Life==
Tim Pawlenty was born on November 27, 1960, in [[Saint Paul]], Minnesota. Although he was raised as a [[Roman Catholic]], he converted as an [[Evangelical Christian]]. His mother died of cancer when Pawlenty was 16. He was the only child in his family to graduate from college, where he earned a Political Science and Law Degree from the University of Minnesota, and later became a practicing attorney.

== Political Career ==
Pawlenty was elected to the Minnesota [[House of Representatives]] in 1992, and reelected five times. In 1998, he was elected as the state House Majority Leader. In 2002, Pawlenty was the Republican nominee for Governor. He faced strong opposition from Minnesota DFL state senator Roger Moe, and independent candidate, former Congressman Tim Penny. Opinion polls that showed the race tight, however he won the election by seven percentage points, mostly by winning voters in the suburbs of Minneapolis-St. Paul.

As Governor, Pawlenty balanced Minnesota's budget three times without raising taxes, despite facing record budget deficits. This was largely accomplished by raising $893 million in citizen "fees", which most voters considered the same as a tax. This included a "health fee" ($401 million) for all cigarette buyers which was ruled unconstitutional, a harvest fee for farmers, a 9-1-1 fee on all telephone lines, a fee for traditional marriage, and large increase in parking fees.<ref>[http://nl.newsbank.com/nl-search/we/Archives?p_multi=DU|&p_product=DU&p_action=search&s_trackval=DU&p_text_search-0=Report:%20Fees%20soar%20as%20state%20taxes%20hold%20steady ''Duluth News Tribune'': Fees soar as state taxes hold steady] (2006)</ref> To balance these fees, he enacted a property tax cap and eliminated the marriage penalty. On November 30, 2005, a $701 million projected surplus was announced, the first budget surplus for the Minnesota state government since 2001. He proposed and signed into law welfare reform that requires able-bodied people to seek work.<ref>http://www.redstate.com/diaries/redstate/2008/aug/28/get-to-know-tim-pawlenty/</ref>

Pawlenty was the chairman of the National Governors Association from 2007 to 2008. He describes himself as pro-life and supports overturning [[Roe v. Wade]]. On [[gun control]] he supports statewide background checks to carry firearms.<ref>http://www.ontheissues.org/2008/Tim_Pawlenty_Gun_Control.htm</ref>
[[Image:TimPawlentySpeech.jpg|200px|thumb|Governor Pawlenty speaking at the National Governors Association, 02/23/08.]]
Governor Pawlenty opposed Obama's [[American Recovery and Reinvestment Act of 2009]],
"Most Republican governors and most Republicans are concerned or opposed, or concerned for these reasons: The federal government is spending money it doesn’t have. They are deeply in debt and getting deeper in debt by the hour. They’re borrowing money to do that, mostly from the [[Chinese]]. And it’s money we don’t have." <ref>http://www.pri.org/politics-society/government/tim-pawlenty-stimulus-bill.html</ref>

However, he still accepted the stimulus money for his state,
:"What is the rule that you can’t participate in federal legislation if you’re concerned about it? If you’re a liberal governor and you’re opposed to military spending, does that mean you don’t take the National Guard money? If you’re opposed to [[No Child Left Behind]], do you not take that money?"

In September 2009, Pawlenty accused President [[Barack Obama]] of imperiling the nation’s security and pushing a far-left agenda that threatens to leave the nation drowning in debt. He reserved his harshest criticism for Obama’s decision to scrap a controversial plan for a missile defense shield in [[Europe]].
:"Not only did President abandon missile defense, but he is opening negotiations with Iran and North Korea. The lessons of history are clear: Appeasement and weakness did not stop the Nazis, appeasement did not stop the Soviets, and appeasement did not stop the terrorists before 9/11."<ref> Alex Isenstadt, "Pawlenty decries 'appeasement'," [http://www.politico.com/news/stories/0909/27331.html#ixzz0RXSfaNUy ''Politico'' Sept. 18, 2009] </ref>

== References ==
<references/>

==External links==
*[http://www.governor.state.mn.us/index.htm Official Site of MN Governor]
*[http://israelmatzav.blogspot.com/2011/04/pro-israel-republican-presidential.html A pro-Israel Republican Presidential candidate.]

{{DEFAULTSORT: Pawlenty, Tim}}

[[Category:Minnesota Governors]]
[[Category:Republican Governors]]
[[Category: United States Governors]]
[[Category: Conservatives]]
[[Category:The 100 Americans The Left Hates Most]]

Essay:Greatest Conservative Movies

2011-06-11T00:28:35Z

Selbsb:

'''There have been many superb [[conservative]] films''':

#''[[Atlas Shrugged]]'' (2011) - Big screen adaptation of the classic conservative text.
#''[[Invasion of the Body Snatchers]]'' (1956) - A science fiction condemnation of [[communism]], produced for only $420,000 and remade successfully in three additional movies.
#''[[The Exorcist]]'' (1973) ('''not for children''') - A portrayal of pure evil against a positive characterization of [[Christianity]]. It broke the record for movie revenue.
# ''[[Dark Matter]]'' (2008) - A candid look at [[professor values]] along with problems associated with lack of assimilation; [[liberal]]s first praised the movie, but after realizing its [[conservative]] message then panned it.
#''[[Spider-Man]]'' (2002) - Praises moral virtue (hard-working teenager, devout aunt and well-meaning uncle) and pokes fun at [[liberals]] (entertainers and journalist). Hero chooses [[abstinence]]. This was one of the most profitable films ever made.
#''[[Gone With the Wind]]'' (1939) - Celebrates a strongly ''feminine'' heroine who is the antithesis of a modern [[feminist]], and held the record for top-grossing movie for decades.
#''[[Ben-Hur (film, 1959)|Ben-Hur]]'' (1959) - Celebrates honor and duty to family and country, with a pro-Christian ending, long held the record for the most [[Academy Awards]].
#''[[Expelled | Expelled: No Intelligence Allowed]]'' (2008) - [[Ben Stein]] exposes [[evolution|evolutionists]]' scientific and education system [[deceit]].
#''[[Hillary: The Movie]]'' (2008) - Citizens United film exposing Hillary Clinton. This movie led to the overturning of McCain-Feingold legislation by the [[U.S. Supreme Court]].
#''[[Indoctrinate U]]'' (2007) - Exposed political correctness, racial and ethnic politics in the academic setting. <ref>[http://video.yahoo.com/watch/3624795/9994231 Indoctrinate U -Part 1/3, Yahoo]</ref>
#''[[Fireproof (film)|Fireproof]]'' (2008) - Highly successful pro-Christian, pro-marriage film created by [[Sherwood Pictures]].
#''[[Beauty and the Beast]]'' (1991) - A powerful and immensely popular antidote to [[feminism]], far better than the [[liberal]] movies churned out by [[Disney]] since.
#''[[Titanic]]'' (1997) - Every life had value and the most powerful men gave up their seats on lifeboats to women and children first; the media and a young [[RINO]] are rightly criticized; broke the record in movie revenues
#''The Lives of Others'' (2006) ('''not for children''') - This German-language film is a stinging criticism of the [[communist]] [[East Germany]] from a liberal perspective.
#''[[The Sound of Music]]'' (1965), solid family entertainment, perhaps Hollywood's last great movie before it turned sharply Left.
#''[[The Ten Commandments]]'' (1956) - The definitive film portrayal of [[Exodus]].
#''[[Mr. Smith Goes To Washington]]'' (1939) - A tale of a good, simple man rising above the pressures of [[liberals]] to do the right thing. Features perhaps the best defense of the American political system ever committed to film.
#''[[Star Wars]]'' series (1977-2005) - Simple truths about the triumph of good over evil.
#''The Winning Team'' (1952) - [[Ronald Reagan]] stars as a baseball pitcher who overcomes his problems to help his team win. This was one of Reagan's own favorites.
#''[[King of Kings]]'' (1961)
#''[[Iron Eagle]]'' (1986)
#''[[On The Waterfront]]'' (1954) - [[Marlon Brando]] plays Terry Malloy, who under the inspiration of a Catholic priest (Father Barry, played by [[Karl Malden]]), becomes a Christ-like figure. Betrayed by his brother and almost killed by the gang, he finds the strength to overcome and redeem his people from the slavery to the mobsters who run the waterfront. In stunning contrast to the liberals who kept silent about the Communist subversion in Hollywood, the film portrays the informer as the hero; liberal Hollywood never forgave director [[Elia Kazan]] for his stunning film. In real life, Kazan, Malden and screenwriter Budd Schulberg all testified before Congress, along with [[Ronald Reagan]]. Together they broke the power of the Reds in Hollywood.
#''[[Sergeant York]]'' (1941) - A young American soldier during WWI overcomes an unfounded religious objection to killing and becomes a war hero.
#''[[Knute Rockne: All-American]]'' (1940) - Stars [[Ronald Reagan]] as corageous football player George Gipp, who dies before an important game.
#''[[Ninotchka]]'' (1939)
#''[[Forbidden Planet]]'' (1956)
#''[[Rudy]]'' (1993) - A young man overcomes many obstacles, including dyslexia, to play for the [[Notre Dame]] football team. Shows the value of hard work and never giving up.
#''[[The Prince of Egypt]]'' (1998) - A telling of the life of [[Moses]].
#''[[Strategic Air Command (film)|Strategic Air Command]]'' (1955) - Actor (and Brigadier [[General]]) [[James Stewart]]'s story of the real [[Strategic Air Command]] and its transition from prop planes to jet planes.
#''[[A Gathering of Eagles]]'' (1963) - Illustrates duty, honor, and the burden of command.
#''[[Red Dawn]]'' (1984)
#''[[Harry's War]]'' (1981)
#''[[The Patriot]]'' (2000) - A patriot fights for American freedom during the [[American Revolution]].
#''[[Ladder 49]]'' (2004) - Shows the courageousness of firefighters.
#''[[Rocky]]'' (1976) - A talented but down-on-his-luck fighter gets a chance to challenge himself to the ends of his ability. This film reinforces man's ability to overcome challenges.
#''[[October Sky]]'' (1999)
#''[[Amazing Grace (film)|Amazing Grace]]'' (2006) - Shows the horrors of slave trade.
#''[[Bruce Almighty]]'' (2003) - Shows, in a comedic, accessible way, that no one mortal can be [[God]].
#''[[World Trade Center]]'' (2006) - Highlights the bravery of the firemen and police in [[9/11]])
#''[[Flight 93]]'' (2006) - Shows the bravery of the passengers on Flight 93, which was hijacked on September 11th, 2001, and crashed into a Pennsylvania field. The passengers fought back against the hijackers.
#''[[A Man For All Seasons]]'' (1966)
#''[[Chariots of Fire]]'' (1981)
#''[[One Foot In Heaven]]'' (1941)
#''[[Quo Vadis?]]'' (1951)
#''[[The Lost Weekend]]'' (1945) - Illustrates the dangers of alcohol abuse.
#''[[The Manchurian Candidate]]'' (1962, 2004 remake) - Anti-communist in general, but with a swipe at [[Joseph McCarthy]].
#''[[The Green Berets]]'' (1968) - Vivid defense of our troops' conduct in the Vietnam War.
#''[[My Son John]]'' (1952) - A small-town couple's world is turned upside-down by the discovery that their adult son is a Communist.
#''[[True Lies]]'' (1994) - Stars the future Republican governor of California, [[Arnold Schwarzenegger]]. Teaches conservative values like marital loyalty, and political incorrect facts such as the fact that most terrorists are Middle Eastern Arabic speakers who don't value human life.
#''[[The Island]]'' (2005) - Pro-life statement against cloning to harvest organs.
#''[[Evelyn]]'' (2002) - True story of Irish father's legal struggle to recover his kids from an orphanage.
#''[[Shane]]'' (1953) - Western about defending a homesteading family.
#'' [[Lean on Me]]'' (1989) - A true story about combating drug use, violence, and contempt for authority while exalting positive values like academic achievement and family values.<ref>http://www.imdb.com/title/tt0097722/</ref>
#''[[Hero]]'' (1992-) Even those with character flaws can do good.
#''[[The Day of the Jackal]]'' (1973) - Celebrates conservative values like honor and duty.
#''[[The 6th Day]]'' (2000) - Pro-Life, Anti-Cloning movie Featuring Republican Governor [[Arnold Schwarzenegger]]
#''Ghostbusters'' (1984) - Fitting satire of an environmental regulator.
#[[Facing the Giants]] 2006. Trust in [[God]], let him take over, and good things will happen.
#''Flash of Genius'' (2008) - The intellectual property of a hard-working, solitary inventor is promoted, and his children stuck by his side through enormous difficulties.
#''Oh, God!'' (1977) - Acceptance of God's calling is rewarded, the faithful are vindicated, and naysayers are proven wrong.
#''[[Courageous]]'' (2011) - Upcoming [[Sherwood Pictures]] film focusing on the role of fathers.
#''[[Air Force One (film)|Air Force One]]'' (1997) - Positively portrays a strong U.S. president who takes an uncompromising stance against terrorism. Includes positive material about family, authority, the military and sacrifice.
#''[[The Fellowship of the Ring (film, 2001)|The Lord of the Rings: the Fellowship of the Ring]]'' (2001) - Clear distinction between good and evil with positive themes of friendship, bravery, honor, sacrifice and overcoming temptation.
#''[[The Two Towers (film, 2002)|The Lord of the Rings: the Two Towers]]'' (2002) - Strong portrayals of redemption and good over evil.
#''[[Master and Commander: The Far Side of the World]]'' (2003) - Promotes many positive conservative values including faith in God, patriotism, duty, honor, respect for authority, discipline, bravery, sacrifice, and friendship.
#''[[The Return of the King (2003 film)|The Lord of the Rings: the Return of the King]]'' (2003) - Bravery, heroism, sacrifice and good ultimately triumphing over evil.
#''[[The Chronicles of Narnia: The Lion, the Witch and the Wardrobe]]'' (2005) - Based upon the Christian allegory written by C.S. Lewis.
#''Coach Carter'' (2005) - Promotes the theme that graduating from high school and having proper moral values are more important than becoming famous athletes.
#''[[The Chronicles of Narnia: Prince Caspian]]'' (2008)
#''[[The Chronicles of Narnia: The Voyage of the Dawn Treader]]'' (2010)
#''[[The Seventh Sign]]'' (1988) - starring Demi Moore, a fictional account of the return of Jesus to usher in the apocalypse and judge mankind. Catholic themed movie has Demi offering her life for the souls of others.
#''[[Maafa21]]'' (2009) - This film explores the inception of [[Planned Parenthood]] as an organization created to destroy the Negro population. It exposes the words of its' racist founder [[Margaret Sanger]] and their impact on black genocide more than a century later. <ref>[http://www.maafa21.com www.maafa21.com]</ref>
#''[[Twelve O'Clock High]]'' (1949) - A thrilling movie about the heroics of fighter pilots during [[World War II]]; used as an educational film for management training seminars
#''[[Escape from Hell]]'' (2001) - Drama about a doctor and near-death experience.
#''[[Waiting for Superman]]'' (2010) - Documentary on the failed public school system.
#''The Hurt Locker'' (2008) - A look into the life of an American bomb disposal regiment in Iraq risking their lives for their country and for the innocent by confronting evil. Rated R for violence and language.
#''The Tunnel'' (''Der Tunnel'') (2001)- Based on a true story a group of East Berliners escaping harsh Communist rule and hatch a plan to help others escape that same oppressive regime.
#''A Charlie Brown Christmas'' (1965) - The real meaning of Christmas is discussed, as Linus quotes Luke 2:8-14. Decries the materialism that can surround the Christmas holiday.
#''[[The Great Global Warming Swindle]]'' (2007) - Exposing the greatest fraud in the history of science.
#''[[Fiddler on the Roof]]'' (1971) - A celebration of tradition, faith, and the importance of family, against a historical background of the persecution of Russian Jews.
#''[[Kids Aren't Cars]]'' (2011) - How the teachers' unions are destroying our public schools. <ref>[http://www.kidsarentcars.com/blog/wp-content/uploads/2011/01/KACOneSheet.pdf KAC Summary]</ref>
#''[[How We Should Live]]'' (1976) - Christian film that traces Western history from Ancient Rome until 1976. A study of philosophic, scientific, and religious movements reflecting changing patterns.
#''[[Gattaca]]'' (1997) - A condemnation of human genetic engineering, and a wonderful triumph of individualism in an extremely totalitarian regime. Unfortunately the movie ends with a materialistic message: "They say every atom in our bodies was once a part of a star. So, maybe I'm not leaving, maybe I'm going home" (A phrase said when the protagonist finally managed to go to space).
# ''The Lion King'' (1994) - A main message of the movie is honoring thy father, and the power-hungry main antagonist, once he becomes ruler, favors big government, pushes [[liberal values]] and destroys their territory.
# ''Contact'' (1997) - The overall message is about how science and faith do not have to be in opposition to one another.
#''The Sandlot'' (1993) – Honestly depicts 1950s America when boys acted like boys and girls acted like girls, wimps were taught to toughen up, and every boy had a chance to be great. No historical revisionism.

== Debatable Whether Conservative ==

#''[[The Passion of the Christ]]'' (2004) - Downplays the [[Resurrection]],<ref>The original version of the film had no references at all to the Resurrection.</ref> and strength of Christianity and omits powerful angels; instead exaggerates triumph of evil; film had little lasting effect on public or its producer; portrayed nails as through the hands rather than through the wrists as depicted by the [[Shroud of Turin]] and confirmed by modern science.
#''[[It's a Wonderful Life]]'' (1946) - Falsely teaches that humanism is what makes life worthwhile; marginalizes [[faith]] with a cartoonish depiction and demonizes capitalism as sadistic and greedy.
#''[[High Noon]]'' (1952) - Bill Clinton saw this movie 20 times, and John Wayne said it was the most un-American movie ever;<ref>http://www.brightlightsfilm.com/47/highnoon.php</ref> though susceptible of various interpretations, most of all it seems to scare people into wanting more government.
#''[[P.C.U.]]'' (1994) - College students fight back against a campus where the administration promotes official [[diversity]] awareness weekends and radical [[feminism]], [[vegan]]ism, and [[political correctness]] run amok, but a conservative group on campus is also portrayed just as negatively as the P.C. groups.
#''Pillow Talk'' (1959) - A classic starring Rock Hudson and Doris Day in which conservative values triumph over liberal ones. There are no distortions by feminist ideology. Indeed, in one scene a leading man slaps the leading lady, but then is beaten up by dimwitted bystanders for it!
#''[[Blues Brothers]]'' (1980) - Comedy musical. A story of redemption, "A mission from God", raising money to save a Catholic orphanage. R-rated movie for vulgar language, slap stick comedy. Vatican approved. <ref>[http://liveshots.blogs.foxnews.com/2010/06/18/vatican-blesses-blues-brothers/ Vatican Calls The Blues Brothers “Catholic”, FOXNews, June 19, 2010]</ref>
#''The Way We Were'' (1973) - Unique in the way that it appears liberal to liberals while unintentionally sending a [[conservative]] message to young women.
#''Grease'' (1978) - Some [[conservative]] messages and no [[feminism]] or other [[political correctness]]; mocks [[public school]] and even [[television]].
#''Fargo'' (1996) - Pregnant sheriff with traditional American family values solves an elaborate criminal embezzlement, kidnapping and murder scheme.
#''[[Juno (film)]]'' (2007) - A pregnant teenage woman rejects [[abortion]] and decides for an adoptive birth instead. This movie pushes [[feminism]] and marginalizes the essential role of fatherhood.
#''[[The Dark Knight]]'' (2008) - Christian allegory with message of not giving in to terrorists, but the movie also arguably has some liberal themes as pointed on [[Talk:Essay:Greatest Conservative Movies]].
#''Camelot'' - The famous jousting scene is a powerful display of Christian values and chivalry, but the movie seems lost afterward.

== References ==
<references/>

[[Category:Essays about Conservatism]]
[[Category:Hollywood]]

Essay:Greatest Conservative Movies

2011-05-28T18:08:33Z

Selbsb:

'''There have been many superb [[conservative]] films''':

#''[[Atlas Shrugged]]'' (2011) - Big screen adaptation of the classic conservative text.
#''[[Invasion of the Body Snatchers]]'' (1956) - A science fiction condemnation of [[communism]], produced for only $420,000 and remade successfully in three additional movies.
#''[[The Exorcist]]'' (1973) ('''not for children''') - A portrayal of pure evil against a positive characterization of [[Christianity]]. It broke the record for movie revenue.
# ''[[Dark Matter]]'' (2008) - A candid look at [[professor values]] along with problems associated with lack of assimilation; [[liberal]]s first praised the movie, but after realizing its [[conservative]] message then panned it.
#''[[Spider-Man]]'' (2002) - Praises moral virtue (hard-working teenager, devout aunt and well-meaning uncle) and pokes fun at [[liberals]] (entertainers and journalist). Hero chooses [[abstinence]]. This was one of the most profitable films ever made.
#''[[Gone With the Wind]]'' (1939) - Celebrates a strongly ''feminine'' heroine who is the antithesis of a modern [[feminist]], and held the record for top-grossing movie for decades.
#''[[Ben-Hur (film, 1959)|Ben-Hur]]'' (1959) - Celebrates honor and duty to family and country, with a pro-Christian ending, long held the record for the most [[Academy Awards]].
#''[[Expelled | Expelled: No Intelligence Allowed]]'' (2008) - [[Ben Stein]] exposes [[evolution|evolutionists]]' scientific and education system [[deceit]].
#''[[Hillary: The Movie]]'' (2008) - Citizens United film exposing Hillary Clinton. This movie led to the overturning of McCain-Feingold legislation by the [[U.S. Supreme Court]].
#''[[Indoctrinate U]]'' (2007) - Exposed political correctness, racial and ethnic politics in the academic setting. <ref>[http://video.yahoo.com/watch/3624795/9994231 Indoctrinate U -Part 1/3, Yahoo]</ref>
#''[[Fireproof (film)|Fireproof]]'' (2008) - Highly successful pro-Christian, pro-marriage film created by [[Sherwood Pictures]].
#''[[Beauty and the Beast]]'' (1991) - A powerful and immensely popular antidote to [[feminism]], far better than the [[liberal]] movies churned out by [[Disney]] since.
#''[[Titanic]]'' (1997) - Every life had value and the most powerful men gave up their seats on lifeboats to women and children first; the media and a young [[RINO]] are rightly criticized; broke the record in movie revenues
#''The Lives of Others'' (2006) ('''not for children''') - This German-language film is a stinging criticism of the [[communist]] [[East Germany]] from a liberal perspective.
#''[[The Sound of Music]]'' (1965), solid family entertainment, perhaps Hollywood's last great movie before it turned sharply Left.
#''[[The Ten Commandments]]'' (1956) - The definitive film portrayal of [[Exodus]].
#''[[Mr. Smith Goes To Washington]]'' (1939) - A tale of a good, simple man rising above the pressures of [[liberals]] to do the right thing. Features perhaps the best defense of the American political system ever committed to film.
#''[[Star Wars]]'' series (1977-2005) - Simple truths about the triumph of good over evil.
#''The Winning Team'' (1952) - [[Ronald Reagan]] stars as a baseball pitcher who overcomes his problems to help his team win. This was one of Reagan's own favorites.
#''[[King of Kings]]'' (1961)
#''[[Iron Eagle]]'' (1986)
#''[[On The Waterfront]]'' (1954) - [[Marlon Brando]] plays Terry Malloy, who under the inspiration of a Catholic priest (Father Barry, played by [[Karl Malden]]), becomes a Christ-like figure. Betrayed by his brother and almost killed by the gang, he finds the strength to overcome and redeem his people from the slavery to the mobsters who run the waterfront. In stunning contrast to the liberals who kept silent about the Communist subversion in Hollywood, the film portrays the informer as the hero; liberal Hollywood never forgave director [[Elia Kazan]] for his stunning film. In real life, Kazan, Malden and screenwriter Budd Schulberg all testified before Congress, along with [[Ronald Reagan]]. Together they broke the power of the Reds in Hollywood.
#''[[Sergeant York]]'' (1941) - A young American soldier during WWI overcomes an unfounded religious objection to killing and becomes a war hero.
#''[[Knute Rockne: All-American]]'' (1940) - Stars [[Ronald Reagan]] as corageous football player George Gipp, who dies before an important game.
#''[[Ninotchka]]'' (1939)
#''[[Forbidden Planet]]'' (1956)
#''[[Rudy]]'' (1993) - A young man overcomes many obstacles, including dyslexia, to play for the [[Notre Dame]] football team. Shows the value of hard work and never giving up.
#''[[The Prince of Egypt]]'' (1998) - A telling of the life of [[Moses]].
#''[[Strategic Air Command (film)|Strategic Air Command]]'' (1955) - Actor (and Brigadier [[General]]) [[James Stewart]]'s story of the real [[Strategic Air Command]] and its transition from prop planes to jet planes.
#''[[A Gathering of Eagles]]'' (1963) - Illustrates duty, honor, and the burden of command.
#''[[Red Dawn]]'' (1984)
#''[[Harry's War]]'' (1981)
#''[[The Patriot]]'' (2000) - A patriot fights for American freedom during the [[American Revolution]].
#''[[Ladder 49]]'' (2004) - Shows the courageousness of firefighters.
#''[[Rocky]]'' (1976) - A talented but down-on-his-luck fighter gets a chance to challenge himself to the ends of his ability. This film reinforces man's ability to overcome challenges.
#''[[October Sky]]'' (1999)
#''[[Amazing Grace (film)|Amazing Grace]]'' (2006) - Shows the horrors of slave trade.
#''[[Bruce Almighty]]'' (2003) - Shows, in a comedic, accessible way, that no one mortal can be [[God]].
#''[[World Trade Center]]'' (2006) - Highlights the bravery of the firemen and police in [[9/11]])
#''[[Flight 93]]'' (2006) - Shows the bravery of the passengers on Flight 93, which was hijacked on September 11th, 2001, and crashed into a Pennsylvania field. The passengers fought back against the hijackers.
#''[[A Man For All Seasons]]'' (1966)
#''[[Chariots of Fire]]'' (1981)
#''[[One Foot In Heaven]]'' (1941)
#''[[Quo Vadis?]]'' (1951)
#''[[The Lost Weekend]]'' (1945) - Illustrates the dangers of alcohol abuse.
#''[[The Manchurian Candidate]]'' (1962, 2004 remake) - Anti-communist in general, but with a swipe at [[Joseph McCarthy]].
#''[[The Green Berets]]'' (1968) - Vivid defense of our troops' conduct in the Vietnam War.
#''[[My Son John]]'' (1952) - A small-town couple's world is turned upside-down by the discovery that their adult son is a Communist.
#''[[True Lies]]'' (1994) - Stars the future Republican governor of California, [[Arnold Schwarzenegger]]. Teaches conservative values like marital loyalty, and political incorrect facts such as the fact that most terrorists are Middle Eastern Arabic speakers who don't value human life.
#''[[The Island]]'' (2005) - Pro-life statement against cloning to harvest organs.
#''[[Evelyn]]'' (2002) - True story of Irish father's legal struggle to recover his kids from an orphanage.
#''[[Shane]]'' (1953) - Western about defending a homesteading family.
#'' [[Lean on Me]]'' (1989) - A true story about combating drug use, violence, and contempt for authority while exalting positive values like academic achievement and family values.<ref>http://www.imdb.com/title/tt0097722/</ref>
#''[[Hero]]'' (1992-) Even those with character flaws can do good.
#''[[The Day of the Jackal]]'' (1973) - Celebrates conservative values like honor and duty.
#''[[The 6th Day]]'' (2000) - Pro-Life, Anti-Cloning movie Featuring Republican Governor [[Arnold Schwarzenegger]]
#''Ghostbusters'' (1984) - Fitting satire of an environmental regulator.
#[[Facing the Giants]] 2006. Trust in [[God]], let him take over, and good things will happen.
#''Flash of Genius'' (2008) - The intellectual property of a hard-working, solitary inventor is promoted, and his children stuck by his side through enormous difficulties.
#''Oh, God!'' (1977) - Acceptance of God's calling is rewarded, the faithful are vindicated, and naysayers are proven wrong.
#''[[Courageous]]'' (2011) - Upcoming [[Sherwood Pictures]] film focusing on the role of fathers.
#''[[Air Force One (film)|Air Force One]]'' (1997) - Positively portrays a strong U.S. president who takes an uncompromising stance against terrorism. Includes positive material about family, authority, the military and sacrifice.
#''[[The Fellowship of the Ring (film, 2001)|The Lord of the Rings: the Fellowship of the Ring]]'' (2001) - Clear distinction between good and evil with positive themes of friendship, bravery, honor, sacrifice and overcoming temptation.
#''[[The Two Towers (film, 2002)|The Lord of the Rings: the Two Towers]]'' (2002) - Strong portrayals of redemption and good over evil.
#''[[Master and Commander: The Far Side of the World]]'' (2003) - Promotes many positive conservative values including faith in God, patriotism, duty, honor, respect for authority, discipline, bravery, sacrifice, and friendship.
#''[[The Return of the King (2003 film)|The Lord of the Rings: the Return of the King]]'' (2003) - Bravery, heroism, sacrifice and good ultimately triumphing over evil.
#''[[The Chronicles of Narnia: The Lion, the Witch and the Wardrobe]]'' (2005) - Based upon the Christian allegory written by C.S. Lewis.
#''Coach Carter'' (2005) - Promotes the theme that graduating from high school and having proper moral values are more important than becoming famous athletes.
#''[[The Chronicles of Narnia: Prince Caspian]]'' (2008)
#''[[The Chronicles of Narnia: The Voyage of the Dawn Treader]]'' (2010)
#''[[The Seventh Sign]]'' (1988) - starring Demi Moore, a fictional account of the return of Jesus to usher in the apocalypse and judge mankind. Catholic themed movie has Demi offering her life for the souls of others.
#''[[Maafa21]]'' (2009) - This film explores the inception of [[Planned Parenthood]] as an organization created to destroy the Negro population. It exposes the words of its' racist founder [[Margaret Sanger]] and their impact on black genocide more than a century later. <ref>[http://www.maafa21.com www.maafa21.com]</ref>
#''[[Twelve O'Clock High]]'' (1949) - A thrilling movie about the heroics of fighter pilots during [[World War II]]; used as an educational film for management training seminars
#''[[Escape from Hell]]'' (2001) - Drama about a doctor and near-death experience.
#''[[Waiting for Superman]]'' (2010) - Documentary on the failed public school system.
#''The Hurt Locker'' (2008) - A look into the life of an American bomb disposal regiment in Iraq risking their lives for their country and for the innocent by confronting evil. Rated R for violence and language.
#''The Tunnel'' (''Der Tunnel'') (2001)- Based on a true story a group of East Berliners escaping harsh Communist rule and hatch a plan to help others escape that same oppressive regime.
#''A Charlie Brown Christmas'' (1965) - The real meaning of Christmas is discussed, as Linus quotes Luke 2:8-14. Decries the materialism that can surround the Christmas holiday.
#''[[The Great Global Warming Swindle]]'' (2007) - Exposing the greatest fraud in the history of science.
#''[[Fiddler on the Roof]]'' (1971) - A celebration of tradition, faith, and the importance of family, against a historical background of the persecution of Russian Jews.
#''[[Kids Aren't Cars]]'' (2011) - How the teachers' unions are destroying our public schools. <ref>[http://www.kidsarentcars.com/blog/wp-content/uploads/2011/01/KACOneSheet.pdf KAC Summary]</ref>
#''[[How We Should Live]]'' (1976) - Christian film that traces Western history from Ancient Rome until 1976. A study of philosophic, scientific, and religious movements reflecting changing patterns.
#''[[Gattaca]]'' (1997) - A condemnation of human genetic engineering, and a wonderful triumph of individualism in an extremely totalitarian regime. Unfortunately the movie ends with a materialistic message: "They say every atom in our bodies was once a part of a star. So, maybe I'm not leaving, maybe I'm going home" (A phrase said when the protagonist finally managed to go to space).
# ''The Lion King'' (1994) - A main message of the movie is honoring thy father, and the power-hungry main antagonist, once he becomes ruler, favors big government, pushes [[liberal values]] and destroys their territory.
# ''Contact'' (1997) - The overall message is about how science and faith do not have to be in opposition to one another.

== Debatable Whether Conservative ==

#''[[The Passion of the Christ]]'' (2004) - Downplays the [[Resurrection]],<ref>The original version of the film had no references at all to the Resurrection.</ref> and strength of Christianity and omits powerful angels; instead exaggerates triumph of evil; film had little lasting effect on public or its producer; portrayed nails as through the hands rather than through the wrists as depicted by the [[Shroud of Turin]] and confirmed by modern science.
#''[[It's a Wonderful Life]]'' (1946) - Falsely teaches that humanism is what makes life worthwhile; marginalizes [[faith]] with a cartoonish depiction and demonizes capitalism as sadistic and greedy.
#''[[High Noon]]'' (1952) - Bill Clinton saw this movie 20 times, and John Wayne said it was the most un-American movie ever;<ref>http://www.brightlightsfilm.com/47/highnoon.php</ref> though susceptible of various interpretations, most of all it seems to scare people into wanting more government.
#''[[P.C.U.]]'' (1994) - College students fight back against a campus where the administration promotes official [[diversity]] awareness weekends and radical [[feminism]], [[vegan]]ism, and [[political correctness]] run amok, but a conservative group on campus is also portrayed just as negatively as the P.C. groups.
#''Pillow Talk'' (1959) - A classic starring Rock Hudson and Doris Day in which conservative values triumph over liberal ones. There are no distortions by feminist ideology. Indeed, in one scene a leading man slaps the leading lady, but then is beaten up by dimwitted bystanders for it!
#''[[Blues Brothers]]'' (1980) - Comedy musical. A story of redemption, "A mission from God", raising money to save a Catholic orphanage. R-rated movie for vulgar language, slap stick comedy. Vatican approved. <ref>[http://liveshots.blogs.foxnews.com/2010/06/18/vatican-blesses-blues-brothers/ Vatican Calls The Blues Brothers “Catholic”, FOXNews, June 19, 2010]</ref>
#''The Way We Were'' (1973) - Unique in the way that it appears liberal to liberals while unintentionally sending a [[conservative]] message to young women.
#''Grease'' (1978) - Some [[conservative]] messages and no [[feminism]] or other [[political correctness]]; mocks [[public school]] and even [[television]].
#''Fargo'' (1996) - Pregnant sheriff with traditional American family values solves an elaborate criminal embezzlement, kidnapping and murder scheme.
#''[[Juno (film)]]'' (2007) - A pregnant teenage woman rejects [[abortion]] and decides for an adoptive birth instead. This movie pushes [[feminism]] and marginalizes the essential role of fatherhood.
#''[[The Dark Knight]]'' (2008) - Christian allegory with message of not giving in to terrorists, but the movie also arguably has some liberal themes as pointed on [[Talk:Essay:Greatest Conservative Movies]].
#''Camelot'' - The famous jousting scene is a powerful display of Christian values and chivalry, but the movie seems lost afterward.
#''The Sandlot'' (1993) – Honestly depicts 1950s America when boys acted like boys and girls acted like girls, wimps were taught to toughen up, and every boy had a chance to be great. No historical revisionism.

== References ==
<references/>

[[Category:Essays about Conservatism]]
[[Category:Hollywood]]

Essay:Greatest Conservative TV Shows

2011-05-26T20:34:10Z

Selbsb: Office is "Debatable"

Here are some of the greatest conservative television shows:
# ''Family Ties'': a [[conservative]] teenager (played by Michael J. Fox) tries to enlighten his [[liberal]], ex-hippie, underachieving<ref>The father would be criticized by the son for working for less money at a public television station, rather than in free enterprise.</ref> parents
# ''The Apprentice'': liberals stopped watching when they realized that [[Donald Trump]] might be conservative.
# The ''Six Million Dollar Man'': capitalism at its finest - a government program improving health with technological advances.
# ''The Cosby Show'': promoting good family values
# ''American Idol'': allowing the [[best of the public]] to come to the fore, musically.
# ''24'': Jack Bauer shows us how to beat Islamic terrorists.
# ''Star Trek'': emphasized morality, honor, abiding by a strict code of conduct, and problem solving in a science fiction setting that inspired real world innovations. Portrayed the Cold War struggle as a conflict between the democratic Federation (USA) and the authoritarian, collectivist Klingons (the Soviet Union), correctly forecast the eventual winner.
# ''The Waltons'': a family struggles in rural America but promotes Christian morality and charity to strangers, and honors military service.
# ''The Lawrence Welk Show'': a clean, family oriented variety show that appealed to Midwestern values.
# ''Chuck'': emphasizes family values, honor, and a respect for our nation's servicemen.
# ''Little House on the Prairie'': A show that celebrates family values and the courage of the pioneers who made our country what it is today.
# ''Touched by an Angel'': a popular drama about an angel in human form who visited troubled people in crisis, it was a highly ranked series for four seasons and ran for a remarkable nine seasons.
# ''Life is Worth Living'': Emmy Award winning show hosted by Archbishop [[Fulton Sheen]]. Between 10 & 30 million people watched the show weekly on moral issues of the day.
# ''7th Heaven'': Show about a Christian minister's family, that dealt with moral and controversial themes, which are approached from a socially and politically conservative Protestant Christian point of view. It was the longest-running family drama in U.S. television history.<ref>[http://www.timewarner.com/corp/newsroom/pr/0,20812,1028153,00.html]</ref>
# ''Life Goes On'': Follows the experiences of a young man with Down Syndrome and recognizes the dignity of people with developmental disabilities and the joy and love they give to their families and others.
# "Dragnet" Stars Jack Webb as Sgt. Joe Friday and his partner(s) solving actual cases from the files of the Los Angeles Police Department. Great use of law enforcement jargon by the officers while educating the public on the Rule of Law. Showed fine examples of moral conduct, honor of self/others and sacrifice for the good of the public.
# ''Parking Wars'': Demonstrates the offensiveness of overbearing government bureaucracy while maintaining a respect for law officers.
# ''Pawn Stars'': Shows how two parties can **mutually and fairly benefit** from a negotiated free-market transaction, independent of any government "assistance"

(please add to list)

== Debatable Whether Conservative ==

# ''The Twilight Zone'': a recurring theme is that the selfish and the self-centered eventually lose what they sought to gain.
# ''The Beverly Hillbillies'': though silly, the show is powerful in illustrating how material possessions are not what define a person.
# ''The Office'': mockery of liberal [[political correctness]] and corporate [[socialism]] in an office setting. The character of Ryan in particular is a lampoon of [[liberal arrogance]] and immorality.
#* Also mocks the only Christian in the show (Angela), presents homosexuality as mainstream and inoffensive (Oscar), presents no distinction between men and women in workforce, attempts to normalize pregnancy out of wedlock (mocks conservative relatives), glorifies secular "marriage" outside of church
# ''King of the Hill'': despite cartoonish nature, shows the struggle of a hardworking, traditional American family against "alternative" modern cultural movements
== See also ==

*[[Essay:Greatest Conservative Movies]]
*[[Essay:Greatest Conservative Songs]]

== References ==

<references/>

Theory of relativity

2011-05-24T18:31:31Z

Selbsb: /* Political aspects of relativity */ Obama did not author this article

''See also [[Counterexamples to Relativity]].''

'''Relativity''' refers to two closely-related mathematical theories in [[physics]]:

*'''[[Special theory of relativity|Special relativity]]''' (SR) is a theory which describes the laws of motion for non-accelerating bodies traveling at a significant fraction of the [[speed of light]]. As speeds approach zero, Special Relativity tends towards equivalence with [[Newton's Laws of Motion]]. Special Relativity was developed by [[Hendrik Lorentz]], [[Henri Poincaré]], and Hermann Minkowski,<ref>"German mathematician who developed the geometrical theory of numbers and who made numerous contributions to number theory, mathematical physics, and the theory of relativity." [http://www.britannica.com/eb/article-9052860/Hermann-Minkowski Hermann Minkowski -- Britannica Online Encyclopedia]</ref><ref>[http://www-groups.dcs.st-and.ac.uk/~history/Biographies/Minkowski.html Hermann Minkowski, Biography]</ref> and [[Albert Einstein]].

*'''[[General theory of relativity|General Relativity]]''' (GR) is a theory which explains the laws of motion as viewed from accelerating reference frames and includes a geometric explanation for gravity. This theory was developed by [[David Hilbert]] and [[Albert Einstein]] as an extension of the postulates of Special Relativity.<ref>"[T]he German mathematician David Hilbert submitted an article containing the correct field equations for general relativity five days before Einstein."[http://nobelprize.org/educational_games/physics/relativity/history-1.html Nobel Prize historical account]</ref> A dramatic but later discredited claim by Sir [[Arthur Eddington]] of experimental proof of General Relativity in 1919 made Einstein a household name.

Unlike most of physics, the theories of relativity have discontinuities whereby the limit of a physical quantity as a variable (such as mass or velocity) approaches a fixed value is not the same as the physical quantity at the fixed value. For example, the limit of momentum as mass approaches 0 and velocity approaches the speed of light is not equal to the momentum of (massless) light.<ref>Discontinuities in General Relativity are also well-recognized. See, e.g., [http://www.springerlink.com/content/u47l341u2q555455/]</ref>

More generally, and also unlike most of physics, the theories of relativity consist of complex mathematical equations relying on several hypotheses. For example, at Hofstra University general relativity is taught as part of an upperclass math course on differential geometry, based on three stated assumptions.<ref>http://people.hofstra.edu/Stefan_Waner/diff_geom/tc.html</ref> The equations for special relativity assume that it is forever impossible to attain a velocity faster than the speed of light and that all inertial frames of reference are equivalent, hypotheses that can never be fully tested. Relativity rejects Newton's [[action at a distance]], which is basic to Newtonian gravity and [[quantum mechanics]]. The mathematics of relativity assume no exceptions, yet in the time period immediately following the origin of the universe the relativity equations could not possibly have been valid.

Relativity has been met with much resistance in the scientific world. To date, a Nobel Prize has never been awarded for Relativity.<ref>Increasingly the Nobel Prize Committee has attempted to relate its physics awards to Relativity in some way, including perhaps 20 of the more recent prizes.</ref> Louis Essen, the man credited with determining the speed of light, wrote many fiery papers against it such as ''The Special Theory of Relativity: A Critical Analysis''.<ref>http://ephysics.fileave.com/physics/Essen/oxford5-essen.pdf</ref> Relativity is in conflict with [[quantum mechanics]],<ref>For example, Relativity claims that space and time are smooth and continuous, while [[quantum mechanics]] suggests otherwise. [http://www.csmonitor.com/Science/Cool-Astronomy/2010/1025/Is-the-universe-a-big-hologram-This-device-could-find-out.] Relativity also denies [[action-at-a-distance]], while quantum mechanics suggests otherwise. Relativity denies any role for chance, while quantum mechanics is heavily dependent on it.</ref> and although theories like [[string theory]] and [[quantum field theory]] have attempted to unify relativity and quantum mechanics, neither has been entirely successful or proven.

Unlike [[Classical mechanics|Newtonian physics]], in which space and time intervals are each invariant as seen by all observers, in SR the only invariant quantity is a quadratic combination of space and time intervals (x2 - c2 t2). The (assumed) instantaneous transmission of Newtonian gravitational effects also contradicts special relativity.

In quantum mechanics, the [[uncertainty principle]] suggests that virtual particles can sometimes travel faster than the speed of light which would violate causality, but "[t]he only known way to resolve this tension involves introducing the idea of antiparticles."<ref>http://nobelprize.org/nobel_prizes/physics/laureates/2004/wilczek-lecture.pdf (p. 102)</ref> Consequently, in 1928 Paul Dirac derived the Dirac equation, one of the first quantum mechanical equations compatible with special relativity, by which Dirac predicted the existence of antimatter. Four years later, antimatter (the positron) was discovered by Carl Anderson, as successfully predicted by relativistic quantum mechanics. [[Quantum field theory]], a generalization of quantum mechanics, is fully compatible with special relativity but not with general relativity, and still lacks a vital piece: evidence of the [[graviton]].

== Special Relativity ==
Lorentz and Poincare developed Special Relativity as way of understanding how Maxwell's equations for electromagnetism could be valid in different frames of reference. Einstein famously published an explanation of Poincare's theory in terms of two assumptions (postulates):

# ''The [[speed of light]] is constant for all (inertial) observers, regardless of their velocities relative to each other.''
# ''The laws of physics are identical in all inertial reference frames.''

In layman's terms, these two assumptions can be restated as:
# It is impossible ever to transmit information faster than the speed of light.<ref>This assumption is commonly restated in this manner. For example, a discussion of hypothetical [[tachyons]] talks "about using tachyons to transmit information faster than the speed of light, '''in violation of Special Relativity'''."[http://www.math.ucr.edu/home/baez/physics/ParticleAndNuclear/tachyons.html] However, there is some question whether the Theory of Special Relativity really restricts faster-than-light communication of information.</ref>
# The laws of physics are identical, without any variation, in every location throughout the universe.
# The laws of physics are identical, without any variation, no matter how fast something is traveling (in the absence of acceleration).

Or, in more concise, clearer terms, these assumptions are this:

#there is no [[action at a distance]] (because that would make observations dependent on the frame of reference)
#space and time are completely symmetric throughout the universe (because otherwise frames of reference would not be interchangeable)

When the assumptions are stated clearly as above, the weaknesses in the theory are more apparent. There ''is'' action at a distance in [[quantum entanglement]] and apparently also in gravity, as no gravitons can be found. However, no information has yet been transmitted via quantum entanglement, so while non-locality violates the spirit of relativity it is consistent with it if relativity is limited to the transmission of information. [[Quantum field theory]], an attempt to partially reconcile [[quantum mechanics]] with relativity, is incomplete at best. As to the second assumption, it is contrary to the [[arrow of time]], which illustrates the lack of symmetry in time. Logical defects include the incoherence of relativistic mass (see discussion below) and the lack of relativistic constraints near the beginning the universe (see above).

Special Relativity (SR) was initially developed by [[Henri Poincaré]] and [[Hendrik Lorentz]], working on problems in electrodynamics and the [[Michelson-Morley experiment]], which had not found any sign of [[aether (science)|luminiferous aether]], which was believed to be the substance which carried electromagnetic waves. Special relativity alters [[Isaac Newton]]'s laws of motion by assuming that the speed of light will be the same for all observers, despite their relative velocities and the source of the light. (Therefore, if A sends a beam of light to B, and both measure the speed, it will be the same for both, no matter what the relative velocity of A and B. In Newtonian/Galilean mechanics, If A sends a physical object at a particular velocity towards B, and nothing slows it, the velocity of the object relative to B depends on the velocities of the object and of B relative to A.)

At low speeds (relative to light-speed), the Lorentz-Poincare relativity equations are equivalent to Newton's equations. The famous equation ''E=mc2'', describes the relationship between energy and the rest mass of a body.

Under relativity, particles at low mass and low speed can be accurately approximated by [[classical mechanics]] (such as [[Isaac Newton]]'s laws of motion). At the two extremes, modeling the behavior of electrons requires that relativistic effects be taken into account (the chemically significant phenomenon of electron spin arises from relativity), and the course light passing through a region containing many massive bodies such as galaxies will be distorted ([[classical mechanics]], in which light travels in straight lines, does not predict this). These are both experimentally confirmed (electron spin was known before relativity arose, and telescopic observations confirm that galactic clusters distort the paths of the light passing through them).

Many scientists have indicated problems with the postulates of special relativity. Paul Davies, formerly of Macquarie University and now at the University of Arizona believes that the speed of light has changed over time. Since the speed of light is a constant speed 'c' this indicates problems with the theory [http://news.bbc.co.uk/2/hi/science/nature/2181455.stm light speed]. Other engineers and scientist have written about problems in the basic set of special relativity equations. Based on the ideas of not Einstein but of the scientist Fitzgerald as well as others, a length contraction effect was predicted as an explanation of the failure of the Michelson Morley experiment. This idea was taken up by Hendrik Lorentz and shown by others to be a useful mechanism by which theory could be forced into conformance with experimental results. However, in 2005, Michael Strauss a computer engineer invalidated much of Special Relativity theory by showing clear contradictions in the theory. [http://www.relativitycollapse.com relativity]

== General Relativity ==

General Relativity is a theory of gravity that is compatible with Special Relativity. Einstein explains a thought experiment involving two elevators. The first elevator is stationary on the Earth, while the other is being pulled through space at a constant acceleration of g. Einstein realized that any physical experiment carried out in the elevators would give the same result. This realization is known as the equivalence principle and it states that accelerating frames of reference and gravitational fields are indistinguishable. General Relativity is the theory of gravity that incorporates Special Relativity and the equivalence principle.

General Relativity is a mathematical extension of Special Relativity. GR views space-time as a 4-dimensional [[manifold]], which looks locally like [[Minkowski space]], and which acquires [[curvature]] due to the presence of massive bodies. Thus, near massive bodies, the geometry of space-time differs to a large degree from [[Euclidean geometry]]: for example, the sum of the angles in a triangle is not exactly 180 degrees. Just as in classical physics, objects travel along [[geodesic]]s in the absence of external forces. Importantly though, near a massive body, geodesics are no longer straight lines. It is this phenomenon of objects traveling along geodesics in a curved spacetime that accounts for gravity.

At one time the anomalous precession of Mercury's [[perihelion]] seemed to support the Theory of General Relativity, but increasingly accurate measurements show a divergence of the data from the theory.<ref>[[Counterexamples to Relativity]].</ref> There are other explanations based in Newtonian gravity, such as factoring in the pull of the other planets on Mercury's orbit. One Newtonian explanation requires a slight alternation to the precise inverse-square relation of Newtonian gravity to distance, which is disfavored by mathematicians due to its inelegance in integrating.

British Historian Paul Johnson declares the turning point in 20th century to have been when fellow Briton Sir [[Arthur Eddington]], an esteemed English astronomer, ventured out on a boat off Africa in 1919 with a local Army unit to observe the bending of starlight around the sun during a total eclipse. Upon his return to England declared that his observations proven the theory of relativity. In fact recent analysis of Eddington's work revealed that he was biased in selecting his data, and that overall his data were inconclusive about the theory of relativity. The prediction was later confirmed by more rigorous experiments, such as those performed by the [[Hubble Space Telescope]] <ref>[http://www.spaceimages.com/gravlen.html Hubble Gravitational Lens Photo]</ref><ref> [http://csep10.phys.utk.edu/astr162/lect/galaxies/lensing.html Gravitational Lensing] </ref><ref>[http://www.iam.ubc.ca/~newbury/lenses/glgallery.html]</ref>. Lorentz has this to say on the discrepancies between the empirical eclipse data and Einstein's predictions.

::''It indeed seems that the discrepancies may be ascribed to faults in observations, which supposition is supported by the fact that the observations at Prince's Island, which, it is true, did not turn out quite as well as those mentioned above, gave the result, of 1.64, somewhat lower than Einstein's figure.''<ref>Lorentz, H.A. [http://ia331314.us.archive.org/2/items/theeinsteintheor11335gut/11335-h/11335-h.htm The Einstein Theory of Relativity]</ref>

The prediction that light is bent by gravity is predicted both by Newtonian physics and relativity, but relativity predicts a larger deflection.

Special relativity is the limiting case of general relativity where all gravitational fields are weak. Alternatively, special relativity is the limiting case of general relativity when all reference frames are inertial (non-accelerating and without gravity).

==Lack of evidence for Relativity==
The Theory of relativity assumes that time is symmetric just as space is, but the biggest early promoter of relativity, Arthur Eddington, coined the term "[[arrow of time]]" admitting how time is ''not'' symmetric but is directional. The passage of time is tied to an increase in disorder, or [[entropy]]. The Theory of relativity cannot explain this, and implicitly denies it, specifically allowing for theoretical time travel (e.g., [[wormholes]]) and different rates of passage of time based on velocity and acceleration.

Claims that relativity was used to develop the [[Global Positioning System]] ([[GPS]]) are false. A 1996 article explains:

:"The Operational Control System (OCS) of the Global Positioning System (GPS) does not include the rigorous transformations between coordinate systems that Einstein's general theory of relativity would seem to require - transformations to and from the individual space vehicles (SVs), the Monitor Stations (MSs), and the users on the surface of the rotating earth, and the geocentric Earth Centered Inertial System (ECI) in which the SV orbits are calculated. There is a very good reason for the omission: the effects of relativity, where they are different from the effects predicted by classical mechanics and electromagnetic theory, are too small to matter - less than one centimeter, for users on or near the earth."<ref>http://tycho.usno.navy.mil/ptti/1996/Vol%2028_16.pdf</ref><ref>Some do claim that relativity is "vital" to GPS even though GPS developed independently of theoretical predictions and theoreticians disagree about how the relativistic effects for GPS should be calculated. ''See id. See also'' [http://www.rand.org/pubs/monograph_reports/MR614/MR614.appb.pdf]</ref>

This article, which was published in 1996, goes on to propose relativistic corrections that might be used to design more accurate GPS systems. Clocks on board GPS satellites require adjustments to their clock frequencies if they are to be synchronized with those on the surface of the Earth.

Tom Van Flandern, an astronomer hired to work on GPS in the late 1990s, concluded that "[t]he GPS programmers don't need relativity." He was quoted as saying that the GPS programmers "have basically blown off Einstein."<ref>http://archive.salon.com/people/feature/2000/07/06/einstein/index.html See also [http://www.metaresearch.org/solar%20system/gps/absolute-gps-1meter-3.ASP], where Van Flandern discusses how relativistic corrections might improve GPS accuracy.</ref> Asynchronization can be easily addressed through communications between the satellites and ground stations, so it is unclear why any theory would be needed for GPS. But other obscure physicists having no connection with GPS design claim that Van Flandern is wrong about GPS, and insist that relativity provides the best explanation for its timing adjustments.<ref>''Ibid.''</ref>

Some internet articles claim that GPS timing differences ''confirm'' the Theory of Relativity or its Lorentzian counterpart (which uses a preferred frame of reference). GPS clocks run slower in the weaker gravitation field of the satellites than on ground stations on Earth, with the effects predicted by general relativity far outweighing the effects predicted by special relativity. However, the articles claiming that the slower GPS satellite clocks confirm relativity do not address the effect, if any, of the weaker gravitational force under Newton's theory on the GPS satellite clocks.

Currently, GPS satellites are synchronized to Coordinated Universal Time by radio signals from the ground; therefore, they cannot currently be used to test general relativity.<ref>[http://www.phys.lsu.edu/mog/mog9/node9.html "General Relativity in the Global Positioning System."] Neil Ashby, U. of Colorado</ref>

There are claims that the effects of relativity have been observed with the frequency shift of the signal being sent back to [[Earth]] several times as various spacecraft have dipped into the gravity wells around massive objects such as the [[sun]] (see image at right)<ref>[http://saturn.jpl.nasa.gov/news/press-releases-03/20031002-pr-a.cfm Saturn-Bound Spacecraft Tests Einstein's Theory]</ref> or Saturn<ref>[http://www.newscientist.com/article/mg12517102.600-science-encounter-with-saturn-confirms-relativity-theory.html Encounter with Saturn confirms relativity theory]</ref>. A satellite called [[Gravity Probe B]] was put in orbit about the Earth to examine the effects of frame dragging and geodetic warping of space<ref>[http://www.nasa.gov/mission_pages/gpb/index.html NASA Gravity Probe B mission page]</ref><ref>[http://einstein.stanford.edu/ Gravity Probe B project page]</ref>, but the results were inconclusive. Note, however, that Newtonian mechanics also predicts deflection of light by gravity, and in the initial theory of relativity it predicted the same amount of deflection.<ref>http://www.mathpages.com/rr/s6-03/6-03.htm</ref> Adjustments to the theory of relativity resulted in a prediction of a greater deflection of light than that predicated by Newtonian mechanics, though it is debatable how much deflection Newtonian mechanics should predict.

None of the NASA spacecraft incorporates predictions of relativity into their own timing mechanisms, as Newtonian mechanics is adequate even for probes sent deep into space.<ref>There is no reported reliance on relativity by any space probe.</ref>

A decade of observation of the [[pulsar]] pair [[PSR 1913 16|PSR B1913+16]] detected a decline in its orbital period, which was attributed to a loss in energy by the system. It is impossible to measure the masses of the pulsars, their accelerations relative to the observers, or other fundamental parameters. Professors Joseph Taylor and Russell Hulse, who discovered the binary pulsar, found that physical values could be assigned to the pulsars to make the observed decline in orbital period consistent with the Theory of General Relativity, and for this they were awarded the 1993 [[Nobel Prize]] for Physics, which is the only award ever given by the Nobel committee for the Theory of Relativity.<ref>http://nobelprize.org/nobel_prizes/physics/laureates/1993/press.html</ref> In 2004, Professor Taylor utilized a correction to the derivative of the orbital period to fit subsequent data better to the theory. At most, assumptions can be made and altered to fit the data to the theory, rather than the data confirming the theory.

The [[perihelion]] of Mercury's [[orbit]] [[precession|precesses]] at a measurable rate, but even after accounting for gravitational perturbations caused all other planets in the [[solar system]], Newton's theory (assuming a precise inverse-square relationship for distance) predicts a rate of precession that differs from the measured rate by approximately 43 [[arcsecond]]s per century. General relativity was developed in part to provide an estimate for this rate of precession that better matches observations.<ref>http://physics.ucr.edu/~wudka/Physics7/Notes_www/node98.html#SECTION032121000000000000000</ref> <ref> http://www.alberteinstein.info/gallery/pdf/CP6Doc30_English_pp146-200.pdf</ref> <ref> http://farside.ph.utexas.edu/teaching/336k/lectures/node117.html</ref> Newton's theory can also explain this perihelion by factoring in the gravitational pull due to other planets or making tiny adjustments to parameters in the gravitational equation.

General relativity predicts twice as much bending in light as it passes near massive objects than Newton's theory might predict.<ref>http://www.mathpages.com/rr/s6-03/6-03.htm</ref> This phenomenon is known as [[gravitational lens|gravitational lensing]]. A large number of instances of gravitational lensing have been observed, and it is now a standard astronomical tool.<ref> http://imagine.gsfc.nasa.gov/docs/features/news/grav_lens.html</ref> <ref> http://astro.berkeley.edu/~jcohn/lens.html</ref> <ref> http://www.iam.ubc.ca/~newbury/lenses/glgallery.html</ref> Note, however, that the extent of bending of light predicted by Newton's theory is open to debate, and depends on assumptions about the nature of light for gravitational purposes.<ref>http://cosmictimes.gsfc.nasa.gov/1919/guide/gravity_bends_starlight.html</ref>

In 1972, scientists flew extremely accurate clocks ("atomic clocks") around the world in both directions on commercial airlines, and claimed to observe relativistic time dilation; the eastbound clock gained 273 ns and the westbound clock lost 59 ns, matching the predictions of general relativity to within experimental accuracy.<ref>[http://www.answers.com/topic/hafele-keating-experiment Hafele-Keating Experiment]</ref> However, the inventor of the atomic clock, Louis Essen, declared that the experiment was inaccurate.<ref>Louis Essen, Electron. Wireless World 94 (1988) 238.</ref> Dr A. G. Kelly examined the raw data from the experiment and declared it inconclusive.<ref>A. G. Kelly,Reliability of Relativistic Effect Tests on Airborne Clocks, Monograph No.3 Feb.1996, The Institution of Engineers of Ireland, ISBN 1-898012-22-9</ref> The Nobel Committee chose not to honor this experiment for the significance that was claimed.

Despite [[censorship]] of dissent about relativity, evidence contrary to the theory is discussed outside of [[liberal]] universities.<ref>http://scitizen.com/screens/blogPage/viewBlog/sw_viewBlog.php?idTheme=8&idContribution=922</ref>

==Fallacious Claims of Experimental Verification of Relativity==

The different effects predicted by special relativity, compared to classical formulations, are extremely tiny. Most relativistic effects are negligible at the speeds of ordinary phenomena observed by humans. The effects only become significant when the speeds involved are a significant fraction of the speed of light, which is <math>3 \times 10^8</math> meters per second—such speeds are called ''relativistic''. (However, it's worth noting that ordinary magnetism can be considered an effect of relativity, dictated by the need for electrostatic theory to be correct under relativity. The speed of light in fact appears in the formulas ([[Maxwell's Equations]]) governing electricity and magnetism, though these equations were developed long before relativity was proposed.)

Because the effects of relativity are so tiny, scientists have been devising sophisticated and sensitive tests ever since the theory was formulated in 1905. In fact, at the end of Einstein's original 1905 paper [http://www.fourmilab.ch/etexts/einstein/E_mc2/www/ "Does the Inertia of a Body Depend its Energy Content?"], he speculates on the possibility that the equation <math>E = m c^2</math>, which would normally be very hard to verify, could be verified with the extremely high energies of the newly-discovered phenomenon of radioactivity.<ref>This is perhaps the most famous, most widely quoted, and least understood equation ever written. It is not related to [[quantum mechanics]].</ref>

Another prediction of special relativity was time dilation in rapidly moving objects. Some have suggested that this effect is verified in the anomalously slow decay of relativistic cosmic muons, but other explanations are possible for this effect. Similarly, the assertion that time dilation must be taken into account in all high-energy nuclear physics experiments is rarely backed up by specific examples with data.

Predictions of general relativity turned out to be more obscure and difficult to test. The two most famous predictions were the bending of light in a gravitational field and the precession of the perihelia of orbiting planets. The first of these was famously tested during a total eclipse in 1919. That test was somewhat muddled by an incorrect initial calculation, by several people including Einstein himself, of what the effect would be, and some "cherry picking" of the data to be used <ref>''Einstein's Luck'', John Waller, Oxford University Press, ISBN 0-19-860719-9</ref>. The data selection could be considered "manipulation" or "fudging", by a person (Arthur Eddington) who had a personal stake in the outcome. His analysis techniques would not pass muster today.

It should be noted that pre-relativistic (Newtonian) physics may also predict a bending, of half the observed value, depending on whether one uses the 17th century "corpuscular" formulation or the 19th century "wave" formulation.

Nevertheless, it has been verified with ever-increasing precision in subsequent eclipses, and in the observations of quasar 3C273.

The second "classical" test of general relativity was the advance of the perihelion of the orbit of Mercury. There are many complex effects contributing to this, including gravitational perturbations from other planets and the effect of the oblateness of the Sun. These are hard to calculate accurately, but, by 1900 it was known quite accurately that there was an "anomalous" precession, that is, a precession beyond all other known effects, of 43 arc seconds per century. This is a very tiny effect, but astronomical measurements were sufficiently accurate by that time to show it clearly.

This created quite a problem—physicists by then were accustomed to having their theories check out very accurately. One proposal that was made, by Simon Newcomb and Asaph Hall, was that the exponent of the radius in the gravitational formula wasn't exactly 2. He showed that, by choosing an exponent of <math>2+\delta</math>, the precession, as a fraction of a full orbit per planet's year, is <math>\delta/2</math>. By setting <math>\delta</math> to .000000157, that is, an exponent of 2.000000157, Newcomb was able to get a precession of .000000078 revolutions per Mercury year, or 43 arcseconds per Earth year. Unfortunately, any such fudging of the exponent gives the same precession, per planetary year, for ''any'' orbiting object. This would have given the Moon a very noticeable precession, which was not observed. There may have been another effect working against Newcomb's theory. There is sometimes "intellectual inertia," a reluctance to accept new theories. This would have been particularly evident in the case of Newtonian gravitation, because the Newtonian formula, with its exponent of exactly 2, can be integrated exactly, in closed form. In fact, the invention of calculus, and mathematical physics in general, was largely founded on Newton's exact closed-form solution for an inverse square force field, and the demonstration that it exactly matched Kepler's laws. Mathematical physics would have had a very rocky start if this weren't the case. Giving up the exact Newtonian formulation, with its exponent of exactly 2, did not come easily.

While Newcomb's theory, and general relativity, don't lead to closed-form solutions, both theories can be solved numerically to as much precision as one desires.

General relativity was developed to predict this extra precession, in the amount of <math>3{}v^2/c^2</math> revolutions per planet's "year", where <math>v</math> is the planet's average orbital speed.<ref>That is a simple approximation, designed to relate the precession to the planet's speed relative to the speed of light. A more accurate approximation is <math>\frac{3GM}{c^2 a(1-e^2)}</math>, where a is the semi-major axis and e is the eccentricity.</ref> More accurate, modern measurements of Mercury's precession differ slightly from the calculated combined effects of planetary perturbation, equinoctial precession, solar oblateness, and general relativity. The reason for this is not known.

The following table show some approximate parameters for the planets. Note that Mercury has the smallest orbit, the fastest speed, and the highest gravitational pull. Precession of planets other than Mercury is extremely hard to measure, but measurements of the actual anomalous precessions are in good agreement with the last column of the table.<ref>http://www.mathpages.com/rr/s6-02/6-02.htm</ref>

{| class="wikitable"
|-
!Planet
!Period, seconds x 106
!Semimajor axis, meters x 109
!Speed, meters/second x 103
!Gravitational force, Newtons per kilogram
!Anomalous precession, arcseconds per (Earth) century, pure Newtonian mechanics
!Anomalous precession, Newtonian with exponent of 2.000000157
!Anomalous precession, general relativity
|-
|Mercury
|7.57
|58.9
|48
|.039
|0
|43
|43
|-
|Venus
|19.6
|108
|35
|.011
|0
|16.6
|9
|-
|Earth
|31.6
|150
|30
|.006
|0
|10.3
|4
|-
|Mars
|59.3
|227.9
|24
|.0025
|0
|5.5
|1.4
|-
|Jupiter
|374
|778.4
|13
|.0002
|0
|0.87
|0.07
|-
|Saturn
|929
|1426
|9.7
|.00006
|0
|0.35
|0.014
|-
|Uranus
|2651
|2870
|6.8
|.000016
|0
|0.12
|0.002
|-
|Neptune
|5200
|4498
|5.5
|.000007
|0
|0.063
|0.0008
|}

[[Image:Cassini-science-289.jpg|right|thumb|The Shapiro effect: A spacecraft signal dipping into a gravity well around the [[Sun]] is delayed slightly.]]
As the 20th century progressed, more tests of general relativity were proposed. One was the ''Shapiro effect'', involving time delay in radio signals passing through the gravity well of the Sun or a planet. Various spacecraft have confirmed this.

Another is ''gravitational time dilation''. This is an effect separate from the time dilation of special relativity. It was tested by the Pound-Rebka experiment in 1959.

Later in the 20th century, even more subtle phenomena were tested. One was the phenomenon of ''gravitational radiation'', or "gravity waves". These waves are incredibly difficult to observe, and have never been observed. But extremely dense binary pulsars radiate gravitational waves with sufficient energy loss that, even though we can't detect the waves from Earth, we can see the effect of the energy loss from the radiation. The extreme precision of the timing of pulses from pulsars makes it possible to observe their energy loss with great accuracy. Observations by Hulse and Taylor of the pulsar pair known as B1913+16 confirmed the energy loss consistent with the predicted radiation.

Two other effects, ''geodetic precession'' (also known as "de Sitter precession"), and ''frame dragging'' (also known as the "Lense-Thirring effect") were tested by the "Gravity Probe B" satellite early in the 21st century<ref>http://prl.aps.org/accepted/L/ea070Y8dQ491d22a28828c95f660a57ac82e7d8c0</ref><ref>http://www.digitaljournal.com/article/306430</ref><ref>http://www.nap.edu/html/gpb/summary.html</ref><ref>http://www.sciencenews.org/view/generic/id/73870/title/Gravity_Probe_B_finally_pays_off_</ref><ref>http://www.nasa.gov/mission_pages/gpb/</ref><ref>http://einstein.stanford.edu/</ref><ref>http://spectrum.ieee.org/aerospace/space-flight/the-gravity-probe-b-bailout</ref><ref>http://www.engadget.com/2011/05/06/nasa-concludes-gravity-probe-b-space-time-experiment-proves-e/</ref>. The precision required to observe this was phenomenal. The results were announced on May 4, 2011.

{{clear}}

==Predicted consequences of the Theories==
===Time dilation===

[[Image:Light cone.png|right|thumb|Light-cone diagram]]
One important consequence of SR's postulates is that an observer in one reference frame will observe a clock in another frame to be "ticking" more slowly than in the observer's own frame. This can be proven mathematically using basic geometry, if the postulates are physically true without exception.

The length of an event <math>t</math>, as seen by a (relative) stationary observer observing an event is given by:

<math> t = \frac{t_{0}} {\sqrt{1 - \frac{v^{2}}{c^{2}}}}</math>

Where
:<math>t_0</math> is the "proper time" or the length of the event in the observed frame of reference.
:<math>v</math> is the relative velocity between the reference frames.
:<math>c</math> is the speed of light (3x108 ms-1).

Evidence for time dilation was discovered by studying [[muon decay]]. [[Muons]] are [[subatomic]] [[particles]] with a very short [[halflife]] (1.53 microseconds at rest) and a very fast speed (0.994c). By putting muon detectors at the top (D1) and bottom (D2) of a mountain with a separation of 1900m, scientists could measure accurately the proportion of muons reaching the second detector in comparison to the first. The proportion found was different to the proportion that was calculated without taking into account relativistic effects.

Using the equation for [[exponential decay]], they could use this proportion to calculate the time taken for the muons to decay, relative to the muon. Then, using the time dilation equation they could then work out the dilated time. The dilated time showed a good correlation with the time it took the muons to reach the second sensor, thereby supporting the existence of time dilation.

The time taken for a muon to travel from D1 to D2 as measured by a stationary observer is:

<math> t = \frac{s}{v} = \frac{1900}{0.994\times(3\times10^{8})} = 6.37\mu\textrm{s} </math>

The fraction of muons arriving at D2 in comparison to D1 was 0.732. (Given by <math> \frac{N}{N_0} = 0.732 </math>)

Since (from the equation for exponential decay) <math> \frac{N}{N_{0}} = e^{-\lambda t_{0}} </math> then

<math> t_{0} = \frac {ln(0.732)}{ln (0.2)} \times 1.53\times 10^{-6} = 0.689\mu\textrm{s}</math>

This gives the time for the proportion of decay to occur for an observer who is stationary, relative to the muon.

Putting this into the time dilation equation gives:

<math> t = \frac{t_{0}}{\sqrt{1 - \frac{v^{2}}{c^{2}}}} = \frac{0.689 \times{10^{-6}}}{\sqrt{1 - \frac{0.994^{2}}{1^{2}}}} = 6.3\times 10^{-6}\textrm{s}</math>

This is in good agreement with the value calculated above, thereby providing evidence to support time dilation.

====Time Dilation and Creation Science====

{{main|Starlight problem#Humphreys.27_model}}

Creation scientists such as physicists Dr. [[Russell Humphreys]] and Dr. [[John Hartnett]] have used relativistic time dilation to explain how the earth can be only 6,000 years old even though cosmological data (background radiation, supernovae, etc.) set a much older age for the universe.

===Length contraction===
When two inertial reference frames move past each other in a straight line with constant relative velocity, an observer in one reference frame would observe a metre rule in the other frame to be shorter.

The length, <math>l</math>, of an object as seen by a (relative) stationary observer is given by:

<math> l = l_{0} \sqrt{1- \frac{v^{2}}{c^{2}}}</math>

Where
:<math>l_0</math> is the "proper length" or the length of the object in the observed frame of reference.
:<math>v</math> is the relative velocity between the reference frames.
:<math>c</math> is the speed of light (3x108 ms-1).

===Mass increase===

For decades the theory of relativity taught that as a body moves with increasing velocity its [[mass]] also increases.<ref>For example, this was taught as recently as in the 1991 edition of the Encyclopedia Britannica.</ref>

Under this view, the mass, <math>m</math>, of an object as detected by a (relative) stationary observer is given by:

:<math> m = \frac{m_{0}} {\sqrt{1 - \frac{v^{2}}{c^{2}}}}</math>

Where
:<math>m_0</math> is the "rest mass" or the mass of the object when it is at rest.
:<math>v</math> is the relative velocity of the object.
:<math>c</math> is the speed of light (3x108 ms-1).

Since speed is relative, it follows that two observers in different inertial reference frames may disagree on the mass and kinetic energy of a body. Since all inertial reference frames are treated on an equal footing, it follows that mass and energy are interchangeable.

There is a logical difficulty, however, to an increase in relativistic mass. Such increase would only exist in the direction of motion, and the rest mass would remain intact with respect to a force applied in a direction orthogonal to velocity. Neither mass nor energy is a vector, and the notion of the mass of an object having different values depending on the direction of an applied force is illogical. In recent years most physicists have shifted away from Einstein's original reliance on relativistic mass and his suggestion that mass increases. Instead, most physicists today teach that

:<math>F=\frac{d}{d\tau} p</math>

where <math>p</math> is the momentum defined by <math>\gamma m v</math>, <math>\gamma</math> is the standard Lorentz factor, and <math>\tau</math> is the proper time. Force F defined this way is a vector and thus can handle the directional aspect of the relativistic effects better than the concept of relativistic mass can.

The abandonment by physicists of the concept of relativistic mass, however, has the consequence of undermining the traditional claim under relativity that

:<math>m - m_0 = \frac{E}{c^2}</math>

also popularly known as

:<math>E = m c^2</math>

Now a concept of the 4-momentum <math>p</math> of a particle is taught, such that the square of the magnitude of <math>p</math> satisfies:

<math>||p||^2 = -p_x^2-p_y^2-p_z^2+E^2 = m_0^2c^4</math>

in any inertial reference frame. The magnitude of the 4-momentum, in any inertial frame, equals the rest mass <math>m_0</math> of the particle (in units where <math>c=1</math>).

== Variable Speed of Light ==

The Theory of Relativity implies that physical constants like the speed of light have remained constant. But at least one study suggests that physical constants, and possibly even the speed of light, have changed as the universe has aged.<ref>James Glanz and Dennis Overbye, "Cosmic Laws Like Speed of Light Might Be Changing, a Study Finds," August 15, 2001.[http://www.nytimes.com/2001/08/15/science/15PHYS.html?ex=1185076800&en=d6467b6e3e346796&ei=5070]</ref>

"For the first time, scientists have experimentally demonstrated that sound pulses can travel at velocities faster than the speed of light, c. William Robertson's team from Middle Tennessee State University also showed that the group velocity of sound waves can become infinite, and even negative. ... Although such results may at first appear to violate special relativity (Einstein's law that no material object can exceed the speed of light), the actual significance of these experiments is a little different. These types of superluminal phenomena, Robertson et al. explain, violate neither causality nor special relativity, nor do they enable information to travel faster than c. In fact, theoretical work had predicted that the superluminal speed of the group velocity of sound waves should exist. 'The key to understanding this seeming paradox is that no wave energy exceeded the speed of light,' said Robertson."<ref>http://www.physorg.com/news88249076.html</ref>

"A team of researchers from the Ecole Polytechnique Fédérale de Lausanne (EPFL) has successfully demonstrated, for the first time, that it is possible to control the speed of light – both slowing it down and speeding it up – in an optical fiber, using off-the-shelf instrumentation in normal environmental conditions. Their results, to be published in the August 22 issue of Applied Physics Letters, could have implications that range from optical [[computing]] to the fiber-optic telecommunications industry."<ref>http://www.scienceblog.com/light.html</ref> Both slowing down and speeding up of light within a substance other than a vacuum is made possible, because the light travels through the material, and that material affects the speed of light, i.e. a photon hits an electron, which then exits and emits a slightly lower energy photon out in the direction that the original photon was traveling, thus maintaining conservation of momentum. No matter how transparent an object may appear, it radically impacts the speed of the light traveling through it, as demonstrated by the refractive production of a rainbow by a crystal, which Newton himself discovered.

"A pair of German physicists claim to have broken the speed of light - an achievement that would undermine our entire understanding of space and time. ... Dr Nimtz told New Scientist magazine: 'For the time being, this is the only violation of special relativity that I know of.'"<ref>http://www.telegraph.co.uk/earth/main.jhtml?xml=/earth/2007/08/16/scispeed116.xml</ref>

==Pending research==

Today some physicists are working on hypothesizing how general relativity might have related to the other three forces of nature during the first fraction of a second of the [[Big Bang]]. Two of the more commonly studied attempts are [[string theory]] and [[loop quantum gravity]], but they have failed to produce any evidence that science mandates a science must have, and both typically take large amounts of work to even conform to what scientists believe. Critics increasingly point out that string theory and loop quantum gravity are largely untestable and unfalsifiable, and thus potentially unscientific under the principles of science advanced by [[Karl Popper]].<ref>See, for example, ''Not Even Wrong'', by Peter Woit</ref>

Relativity continues to be tested and some physics professors remain skeptical of the theory, such as University of Maryland physics professor Carroll Alley, who served as the principle physicist on the Apollo lunar project.<ref>http://science.nasa.gov/headlines/y2004/21jul_llr.htm</ref>

== Political aspects of relativity ==

Some [[liberal]] politicians have extrapolated the theory of relativity to metaphorically justify their own political agendas. For example, [[Democratic]] [[President of the United States of America|President]] [[Barack Obama]] helped publish an article by liberal law professor [[Laurence Tribe]] to apply the relativistic concept of "curvature of space" to promote a broad legal right to [[abortion]].<ref>Tribe argued that the [[Constitution]] should be interpreted to establish a right to federally funded [[abortion]] and that, more generally, ''[[Roe v. Wade]]'' does not go far enough. They insisted that a relativistic "curvature of space" could achieve this result by expanding application of the [[Constitution]] based on its impact on personal choice. "The ''[[Roe v. Wade]]'' opinion ignored the way in which laws regulating pregnant women may shape the entire pattern of relationships among men, women, and children. It conceptualized abortion not in terms of the intensely public question of the subordination of women to men through the exploitation of pregnancy, but in terms of the purportedly private question of how women might make intimately personal decisions about their bodies and their lives. That vision described a part of the truth, but only what might be called the Newtonian part. ... [A] change in the surrounding legal setting can constitute state action that most threatens the sphere of personal choice. And it is a 'curved space' perspective on how law operates that leads one to focus less on the visible lines of legal force and more on how those lines are bent and directed by the law's geometry." Laurence H. Tribe, The Curvature of Constitutional Space: What Lawyers Can Learn from Modern Physics, 103 Harv. L. Rev. 1, 16-17 (1989).</ref> As of June 2008, over 170 law review articles have cited this [[liberal]] application of the theory of relativity to legal arguments.<ref>Search conducted by [[User:Aschlafly]] in the LEXIS database "US Law Reviews and Journals, Combined," conducted June 1, 2008.</ref> Applications of the theory of relativity to change morality have also been common.<ref>"Mistakenly, in the minds of many, the theory of relativity became relativism."[http://www.worldnetdaily.com/news/article.asp?ARTICLE_ID=38081]</ref> Moreover, there is an unmistakable effort to censor or ostracize criticism of relativity.<ref>Although the [[Examples of Bias in Wikipedia|liberally biased Wikipedia]] contains lengthy criticisms of the subjects of many entries, and even though publications like ''The Economist'' recognize the lack of scientific satisfaction in the theory (see, e.g., "Weighing the Universe," The Economist (Jan. 25, 2007)), Wikipedia's entry on [http://en.wikipedia.org/wiki/Theory_of_Relativity Theory of Relativity] omits one word of criticism.</ref>

Physicist [[Robert Dicke]] of Princeton University was a prominent critic<ref>http://www.time.com/time/magazine/article/0,9171,943324,00.html</ref> of general relativity, and Dicke's alternative "has enjoyed a renaissance in connection with theories of higher dimensional space-time."<ref>"Initially a popular alternative to General Relativity, the Brans-Dicke theory lost favor as it became clear that omega must be very large-an artificial requirement in some views. Nevertheless, the theory has remained a paradigm for the introduction of scalar fields into gravitational theory, and as such has enjoyed a renaissance in connection with theories of higher dimensional space-time."[http://nedwww.ipac.caltech.edu/level5/Glossary/Essay_bekenstein.html] </ref> Despite being one of the most accomplished physicists in the 20th century, Dicke was repeatedly passed over for a Nobel Prize, and in at least one case Dicke was insulted by the award being granted to others for contributions more properly credited to Dicke.

There has been little recognition by the Nobel Prize committee of either theory of relativity, and particularly scant recognition of the Theory of General Relativity.

===Government Support for Relativistic research===
The Theory of Relativity enjoys a disproportionate share of [[federal funding]] of physics research today.<ref>The Democratic Congress insisted on the $250 million LIGO project despite substantial criticism by scientists that it was wasting scarce research dollars. John Travis, "LIGO: a $ 250 million gamble; Laser Interferometer Gravitational-Wave Observatory; includes related article," ''Science'' p. 612 (Apr. 30, 1993). "Adding to the acrimony is LIGO's $ 250 million price tag, which some hold responsible for NSF's recent funding woes." ''Id.''</ref> In at least one case that research has been unsuccessful. The $365 million dollar LIGO project has failed to detect the gravity waves predicted by relativity.<ref>http://www.npr.org/programs/atc/features/2002/sept/gravitywaves/index.html</ref>

{{Relativity}}

== References ==
{{reflist|2}}

[[Category:Physics]]
[[Category:Science]]

==External Links ==
*[http://ia331314.us.archive.org/2/items/theeinsteintheor11335gut/11335-h/11335-h.htm The Einstein Theory of Relativity, by H.A. Lorentz.]
*[http://www.relativitycalculator.com Relativity Calculator - Learn Special Relativity Mathematics ] The mathematics of special relativity presented in as simple and comprehensive manner possible within philosophical and historical contexts.

Theory of relativity

2011-03-12T22:48:58Z

Selbsb: The text does say he "argued" and "extrapolated", meaning he was the author. Since he was not the author, this is false. He did not "argue" or "extrapolate" anything.

''See also [[Counterexamples to Relativity]].''

'''Relativity''' refers to two closely-related mathematical theories in [[physics]]:

*'''[[Special theory of relativity|Special relativity]]''' (SR) is a theory which describes the laws of motion for non-accelerating bodies traveling at a significant fraction of the [[speed of light]]. As speeds approach zero, Special Relativity tends towards equivalence with [[Newton's Laws of Motion]]. Special Relativity was developed by [[Hendrik Lorentz]], [[Henri Poincaré]], and Hermann Minkowski,<ref>"German mathematician who developed the geometrical theory of numbers and who made numerous contributions to number theory, mathematical physics, and the theory of relativity." [http://www.britannica.com/eb/article-9052860/Hermann-Minkowski Hermann Minkowski -- Britannica Online Encyclopedia]</ref><ref>[http://www-groups.dcs.st-and.ac.uk/~history/Biographies/Minkowski.html Hermann Minkowski, Biography]</ref> and [[Albert Einstein]].

*'''[[General theory of relativity|General Relativity]]''' (GR) is a theory which explains the laws of motion as viewed from accelerating reference frames and includes a geometric explanation for gravity. This theory was developed by [[David Hilbert]] and [[Albert Einstein]] as an extension of the postulates of Special Relativity.<ref>"[T]he German mathematician David Hilbert submitted an article containing the correct field equations for general relativity five days before Einstein."[http://nobelprize.org/educational_games/physics/relativity/history-1.html Nobel Prize historical account]</ref> A dramatic but later discredited claim by Sir [[Arthur Eddington]] of experimental proof of General Relativity in 1919 made Einstein a household name.

Unlike most of physics, the theories of relativity have discontinuities whereby the limit of a physical quantity as a variable (such as mass or velocity) approaches a fixed value is not the same as the physical quantity at the fixed value. For example, the limit of momentum as mass approaches 0 and velocity approaches the speed of light is not equal to the momentum of (massless) light.<ref>Discontinuities in General Relativity are also well-recognized. See, e.g., [http://www.springerlink.com/content/u47l341u2q555455/]</ref>

More generally, and also unlike most of physics, the theories of relativity consist of complex mathematical equations relying on several hypotheses. For example, at Hofstra University general relativity is taught as part of an upperclass math course on differential geometry, based on three stated assumptions.<ref>http://people.hofstra.edu/Stefan_Waner/diff_geom/tc.html</ref> The equations for special relativity assume that it is forever impossible to attain a velocity faster than the speed of light and that all inertial frames of reference are equivalent, hypotheses that can never be fully tested. Relativity rejects Newton's [[action at a distance]], which is basic to Newtonian gravity and [[quantum mechanics]]. The mathematics of relativity assume no exceptions, yet in the time period immediately following the origin of the universe the relativity equations could not possibly have been valid.

Relativity has been met with much resistance in the scientific world. To date, a Nobel Prize has never been awarded for Relativity.<ref>Increasingly the Nobel Prize Committee has attempted to relate its physics awards to Relativity in some way, including perhaps 20 of the more recent prizes.</ref> Louis Essen, the man credited with determining the speed of light, wrote many fiery papers against it such as ''The Special Theory of Relativity: A Critical Analysis''.<ref>http://ephysics.fileave.com/physics/Essen/oxford5-essen.pdf</ref> Relativity is in conflict with [[quantum mechanics]],<ref>For example, Relativity claims that space and time are smooth and continuous, while [[quantum mechanics]] suggests otherwise. [http://www.csmonitor.com/Science/Cool-Astronomy/2010/1025/Is-the-universe-a-big-hologram-This-device-could-find-out.] Relativity also denies [[action-at-a-distance]], while quantum mechanics suggests otherwise. Relativity denies any role for chance, while quantum mechanics is heavily dependent on it.</ref> and although theories like [[string theory]] and [[quantum field theory]] have attempted to unify relativity and quantum mechanics, neither has been entirely successful or proven.

Unlike [[Classical mechanics|Newtonian physics]], in which space and time intervals are each invariant as seen by all observers, in SR the only invariant quantity is a quadratic combination of space and time intervals (x2 - c2 t2). The (assumed) instantaneous transmission of Newtonian gravitational effects also contradicts special relativity.

In quantum mechanics, the [[uncertainty principle]] suggests that virtual particles can sometimes travel faster than the speed of light which would violate causality, but "[t]he only known way to resolve this tension involves introducing the idea of antiparticles."<ref>http://nobelprize.org/nobel_prizes/physics/laureates/2004/wilczek-lecture.pdf (p. 102)</ref> Consequently, in 1928 Paul Dirac derived the Dirac equation, one of the first quantum mechanical equations compatible with special relativity, by which Dirac predicted the existence of antimatter. Four years later, antimatter (the positron) was discovered by Carl Anderson, as successfully predicted by relativistic quantum mechanics. [[Quantum field theory]], a generalization of quantum mechanics, is fully compatible with special relativity but not with general relativity, and still lacks a vital piece: evidence of the [[graviton]].

== Special Relativity ==
Lorentz and Poincare developed Special Relativity as way of understanding how Maxwell's equations for electromagnetism could be valid in different frames of reference. Einstein famously published an explanation of Poincare's theory in terms of two assumptions (postulates):

# ''The [[speed of light]] is constant for all (inertial) observers, regardless of their velocities relative to each other.''
# ''The laws of physics are identical in all inertial reference frames.''

In layman's terms, these two assumptions can be restated as:
# It is impossible ever to transmit information faster than the speed of light.<ref>This assumption is commonly restated in this manner. For example, a discussion of hypothetical [[tachyons]] talks "about using tachyons to transmit information faster than the speed of light, '''in violation of Special Relativity'''."[http://www.math.ucr.edu/home/baez/physics/ParticleAndNuclear/tachyons.html] However, there is some question whether the Theory of Special Relativity really restricts faster-than-light communication of information.</ref>
# The laws of physics are identical, without any variation, in every location throughout the universe.
# The laws of physics are identical, without any variation, no matter how fast something is traveling (in the absence of acceleration).

Or, in more concise, clearer terms, these assumptions are this:

#there is no [[action at a distance]] (because that would make observations dependent on the frame of reference)
#space and time are completely symmetric throughout the universe (because otherwise frames of reference would not be interchangeable)

When the assumptions are stated clearly as above, the weaknesses in the theory are more apparent. There ''is'' action at a distance in [[quantum entanglement]] and apparently also in gravity, as no gravitons can be found. However, no information has yet been transmitted via quantum entanglement, so while non-locality violates the spirit of relativity it is consistent with it if relativity is limited to the transmission of information. [[Quantum field theory]], an attempt to partially reconcile [[quantum mechanics]] with relativity, is incomplete at best. As to the second assumption, it is contrary to the [[arrow of time]], which illustrates the lack of symmetry in time. Logical defects include the incoherence of relativistic mass (see discussion below) and the lack of relativistic constraints near the beginning the universe (see above).

Special Relativity (SR) was initially developed by [[Henri Poincaré]] and [[Hendrik Lorentz]], working on problems in electrodynamics and the [[Michelson-Morley experiment]], which had not found any sign of [[aether (science)|luminiferous aether]], which was believed to be the substance which carried electromagnetic waves. Special relativity alters [[Isaac Newton]]'s laws of motion by assuming that the speed of light will be the same for all observers, despite their relative velocities and the source of the light. (Therefore, if A sends a beam of light to B, and both measure the speed, it will be the same for both, no matter what the relative velocity of A and B. In Newtonian/Galilean mechanics, If A sends a physical object at a particular velocity towards B, and nothing slows it, the velocity of the object relative to B depends on the velocities of the object and of B relative to A.)

At low speeds (relative to light-speed), the Lorentz-Poincare relativity equations are equivalent to Newton's equations. The famous equation ''E=mc2'', describes the relationship between energy and the rest mass of a body.

Under relativity, particles at low mass and low speed can be accurately approximated by [[classical mechanics]] (such as [[Isaac Newton]]'s laws of motion). At the two extremes, modeling the behavior of electrons requires that relativistic effects be taken into account (the chemically significant phenomenon of electron spin arises from relativity), and the course light passing through a region containing many massive bodies such as galaxies will be distorted ([[classical mechanics]], in which light travels in straight lines, does not predict this). These are both experimentally confirmed (electron spin was known before relativity arose, and telescopic observations confirm that galactic clusters distort the paths of the light passing through them).

Many scientists have indicated problems with the postulates of special relativity. Paul Davies, formerly of Macquarie University and now at the University of Arizona believes that the speed of light has changed over time. Since the speed of light is a constant speed 'c' this indicates problems with the theory [http://news.bbc.co.uk/2/hi/science/nature/2181455.stm light speed]. Other engineers and scientist have written about problems in the basic set of special relativity equations. Based on the ideas of not Einstein but of the scientist Fitzgerald as well as others, a length contraction effect was predicted as an explanation of the failure of the Michelson Morley experiment. This idea was taken up by Hendrik Lorentz and shown by others to be a useful mechanism by which theory could be forced into conformance with experimental results. However, in 2005, Michael Strauss a computer engineer invalidated much of Special Relativity theory by showing clear contradictions in the theory. [http://www.relativitycollapse.com relativity]

== General Relativity ==

General Relativity is a theory of gravity that is compatible with Special Relativity. Einstein explains a thought experiment involving two elevators. The first elevator is stationary on the Earth, while the other is being pulled through space at a constant acceleration of g. Einstein realized that any physical experiment carried out in the elevators would give the same result. This realization is known as the equivalence principle and it states that accelerating frames of reference and gravitational fields are indistinguishable. General Relativity is the theory of gravity that incorporates Special Relativity and the equivalence principle.

General Relativity is a mathematical extension of Special Relativity. GR views space-time as a 4-dimensional [[manifold]], which looks locally like [[Minkowski space]], and which acquires [[curvature]] due to the presence of massive bodies. Thus, near massive bodies, the geometry of space-time differs to a large degree from [[Euclidean geometry]]: for example, the sum of the angles in a triangle is not exactly 180 degrees. Just as in classical physics, objects travel along [[geodesic]]s in the absence of external forces. Importantly though, near a massive body, geodesics are no longer straight lines. It is this phenomenon of objects traveling along geodesics in a curved spacetime that accounts for gravity.

At one time the anomalous precession of Mercury's [[perihelion]] seemed to support the Theory of General Relativity, but increasingly accurate measurements show a divergence of the data from the theory.<ref>[[Counterexamples to Relativity]].</ref> There are other explanations based in Newtonian gravity, such as factoring in the pull of the other planets on Mercury's orbit. One Newtonian explanation requires a slight alternation to the precise inverse-square relation of Newtonian gravity to distance, which is disfavored by mathematicians due to its inelegance in integrating.

British Historian Paul Johnson declares the turning point in 20th century to have been when fellow Briton Sir [[Arthur Eddington]], an esteemed English astronomer, ventured out on a boat off Africa in 1919 with a local Army unit to observe the bending of starlight around the sun during a total eclipse. Upon his return to England declared that his observations proven the theory of relativity. In fact recent analysis of Eddington's work revealed that he was biased in selecting his data, and that overall his data were inconclusive about the theory of relativity. The prediction was later confirmed by more rigorous experiments, such as those performed by the [[Hubble Space Telescope]] <ref>[http://www.spaceimages.com/gravlen.html Hubble Gravitational Lens Photo]</ref><ref> [http://csep10.phys.utk.edu/astr162/lect/galaxies/lensing.html Gravitational Lensing] </ref><ref>[http://www.iam.ubc.ca/~newbury/lenses/glgallery.html]</ref>. Lorentz has this to say on the discrepancies between the empirical eclipse data and Einstein's predictions.

::''It indeed seems that the discrepancies may be ascribed to faults in observations, which supposition is supported by the fact that the observations at Prince's Island, which, it is true, did not turn out quite as well as those mentioned above, gave the result, of 1.64, somewhat lower than Einstein's figure.''<ref>Lorentz, H.A. [http://ia331314.us.archive.org/2/items/theeinsteintheor11335gut/11335-h/11335-h.htm The Einstein Theory of Relativity]</ref>

The prediction that light is bent by gravity is predicted both by Newtonian physics and relativity, but relativity predicts a larger deflection.

Special relativity is the limiting case of general relativity where all gravitational fields are weak. Alternatively, special relativity is the limiting case of general relativity when all reference frames are inertial (non-accelerating and without gravity).

==Lack of evidence for Relativity==
The Theory of relativity assumes that time is symmetric just as space is, but the biggest early promoter of relativity, Arthur Eddington, coined the term "[[arrow of time]]" admitting how time is ''not'' symmetric but is directional. The passage of time is tied to an increase in disorder, or [[entropy]]. The Theory of relativity cannot explain this, and implicitly denies it, specifically allowing for theoretical time travel (e.g., [[wormholes]]) and different rates of passage of time based on velocity and acceleration.

Claims that relativity was used to develop the [[Global Positioning System]] ([[GPS]]) are false. A 1996 article explains:

:"The Operational Control System (OCS) of the Global Positioning System (GPS) does not include the rigorous transformations between coordinate systems that Einstein's general theory of relativity would seem to require - transformations to and from the individual space vehicles (SVs), the Monitor Stations (MSs), and the users on the surface of the rotating earth, and the geocentric Earth Centered Inertial System (ECI) in which the SV orbits are calculated. There is a very good reason for the omission: the effects of relativity, where they are different from the effects predicted by classical mechanics and electromagnetic theory, are too small to matter - less than one centimeter, for users on or near the earth."<ref>http://tycho.usno.navy.mil/ptti/1996/Vol%2028_16.pdf</ref><ref>Some do claim that relativity is "vital" to GPS even though GPS developed independently of theoretical predictions and theoreticians disagree about how the relativistic effects for GPS should be calculated. ''See id. See also'' [http://www.rand.org/pubs/monograph_reports/MR614/MR614.appb.pdf]</ref>

This article, which was published in 1996, goes on to propose relativistic corrections that might be used to design more accurate GPS systems. Clocks on board GPS satellites require adjustments to their clock frequencies if they are to be synchronized with those on the surface of the Earth.

Tom Van Flandern, an astronomer hired to work on GPS in the late 1990s, concluded that "[t]he GPS programmers don't need relativity." He was quoted as saying that the GPS programmers "have basically blown off Einstein."<ref>http://archive.salon.com/people/feature/2000/07/06/einstein/index.html See also [http://www.metaresearch.org/solar%20system/gps/absolute-gps-1meter-3.ASP], where Van Flandern discusses how relativistic corrections might improve GPS accuracy.</ref> Asynchronization can be easily addressed through communications between the satellites and ground stations, so it is unclear why any theory would be needed for GPS. But other obscure physicists having no connection with GPS design claim that Van Flandern is wrong about GPS, and insist that relativity provides the best explanation for its timing adjustments.<ref>''Ibid.''</ref>

Some internet articles claim that GPS timing differences ''confirm'' the Theory of Relativity or its Lorentzian counterpart (which uses a preferred frame of reference). GPS clocks run slower in the weaker gravitation field of the satellites than on ground stations on Earth, with the effects predicted by general relativity far outweighing the effects predicted by special relativity. However, the articles claiming that the slower GPS satellite clocks confirm relativity do not address the effect, if any, of the weaker gravitational force under Newton's theory on the GPS satellite clocks.

Currently, GPS satellites are synchronized to Coordinated Universal Time by radio signals from the ground; therefore, they cannot currently be used to test general relativity.<ref>[http://www.phys.lsu.edu/mog/mog9/node9.html "General Relativity in the Global Positioning System."] Neil Ashby, U. of Colorado</ref>

[[Image:Cassini-science-289.jpg|right|thumb|signal dipping into a gravity well around the [[sun]]]]
There are claims that the effects of relativity have been observed with the frequency shift of the signal being sent back to [[Earth]] several times as various spacecraft have dipped into the gravity wells around massive objects such as the [[sun]] (see image at right)<ref>[http://saturn.jpl.nasa.gov/news/press-releases-03/20031002-pr-a.cfm Saturn-Bound Spacecraft Tests Einstein's Theory]</ref> or Saturn<ref>[http://www.newscientist.com/article/mg12517102.600-science-encounter-with-saturn-confirms-relativity-theory.html Encounter with Saturn confirms relativity theory]</ref>. A satellite called [[Gravity Probe B]] was put in orbit about the Earth to examine the effects of frame dragging and geodetic warping of space<ref>[http://www.nasa.gov/mission_pages/gpb/index.html NASA Gravity Probe B mission page]</ref><ref>[http://einstein.stanford.edu/ Gravity Probe B project page]</ref>, but the results were inconclusive. Note, however, that Newtonian mechanics also predicts deflection of light by gravity, and in the initial theory of relativity it predicted the same amount of deflection.<ref>http://www.mathpages.com/rr/s6-03/6-03.htm</ref> Adjustments to the theory of relativity resulted in a prediction of a greater deflection of light than that predicated by Newtonian mechanics, though it is debatable how much deflection Newtonian mechanics should predict.

None of the NASA spacecraft incorporates predictions of relativity into their own timing mechanisms, as Newtonian mechanics is adequate even for probes sent deep into space.<ref>There is no reported reliance on relativity by any space probe.</ref>

A decade of observation of the [[pulsar]] pair [[PSR 1913 16|PSR B1913+16]] detected a decline in its orbital period, which was attributed to a loss in energy by the system. It is impossible to measure the masses of the pulsars, their accelerations relative to the observers, or other fundamental parameters. Professors Joseph Taylor and Russell Hulse, who discovered the binary pulsar, found that physical values could be assigned to the pulsars to make the observed decline in orbital period consistent with the Theory of General Relativity, and for this they were awarded the 1993 [[Nobel Prize]] for Physics, which is the only award ever given by the Nobel committee for the Theory of Relativity.<ref>http://nobelprize.org/nobel_prizes/physics/laureates/1993/press.html</ref> In 2004, Professor Taylor utilized a correction to the derivative of the orbital period to fit subsequent data better to the theory. At most, assumptions can be made and altered to fit the data to the theory, rather than the data confirming the theory.

The [[perihelion]] of Mercury's [[orbit]] [[precession|precesses]] at a measurable rate, but even after accounting for gravitational perturbations caused all other planets in the [[solar system]], Newton's theory (assuming a precise inverse-square relationship for distance) predicts a rate of precession that differs from the measured rate by approximately 43 [[arcsecond]]s per century. General relativity was developed in part to provide an estimate for this rate of precession that better matches observations.<ref>http://physics.ucr.edu/~wudka/Physics7/Notes_www/node98.html#SECTION032121000000000000000</ref> <ref> http://www.alberteinstein.info/gallery/pdf/CP6Doc30_English_pp146-200.pdf</ref> <ref> http://farside.ph.utexas.edu/teaching/336k/lectures/node117.html</ref> Newton's theory can also explain this perihelion by factoring in the gravitational pull due to other planets or making tiny adjustments to parameters in the gravitational equation.

General relativity predicts twice as much bending in light as it passes near massive objects than Newton's theory might predict.<ref>http://www.mathpages.com/rr/s6-03/6-03.htm</ref> This phenomenon is known as [[gravitational lens|gravitational lensing]]. A large number of instances of gravitational lensing have been observed, and it is now a standard astronomical tool.<ref> http://imagine.gsfc.nasa.gov/docs/features/news/grav_lens.html</ref> <ref> http://astro.berkeley.edu/~jcohn/lens.html</ref> <ref> http://www.iam.ubc.ca/~newbury/lenses/glgallery.html</ref> Note, however, that the extent of bending of light predicted by Newton's theory is open to debate, and depends on assumptions about the nature of light for gravitational purposes.<ref>http://cosmictimes.gsfc.nasa.gov/1919/guide/gravity_bends_starlight.html</ref>

In 1972, scientists flew extremely accurate clocks ("atomic clocks") around the world in both directions on commercial airlines, and claimed to observe relativistic time dilation; the eastbound clock gained 273 ns and the westbound clock lost 59 ns, matching the predictions of general relativity to within experimental accuracy.<ref>[http://www.answers.com/topic/hafele-keating-experiment Hafele-Keating Experiment]</ref> However, the inventor of the atomic clock, Louis Essen, declared that the experiment was inaccurate.<ref>Louis Essen, Electron. Wireless World 94 (1988) 238.</ref> Dr A. G. Kelly examined the raw data from the experiment and declared it inconclusive.<ref>A. G. Kelly,Reliability of Relativistic Effect Tests on Airborne Clocks, Monograph No.3 Feb.1996, The Institution of Engineers of Ireland, ISBN 1-898012-22-9</ref> The Nobel Committee chose not to honor this experiment for the significance that was claimed.

Despite [[censorship]] of dissent about relativity, evidence contrary to the theory is discussed outside of [[liberal]] universities.<ref>http://scitizen.com/screens/blogPage/viewBlog/sw_viewBlog.php?idTheme=8&idContribution=922</ref>

==Predicted consequences of the Theories==
===Time dilation===

[[Image:Light cone.png|right|thumb|Light-cone diagram]]
One important consequence of SR's postulates is that an observer in one reference frame will observe a clock in another frame to be "ticking" more slowly than in the observer's own frame. This can be proven mathematically using basic geometry, if the postulates are physically true without exception.

The length of an event <math>t</math>, as seen by a (relative) stationary observer observing an event is given by:

<math> t = \frac{t_{0}} {\sqrt{1 - \frac{v^{2}}{c^{2}}}}</math>

Where
:<math>t_0</math> is the "proper time" or the length of the event in the observed frame of reference.
:<math>v</math> is the relative velocity between the reference frames.
:<math>c</math> is the speed of light (3x108 ms-1).

Evidence for time dilation was discovered by studying [[muon decay]]. [[Muons]] are [[subatomic]] [[particles]] with a very short [[halflife]] (1.53 microseconds at rest) and a very fast speed (0.994c). By putting muon detectors at the top (D1) and bottom (D2) of a mountain with a separation of 1900m, scientists could measure accurately the proportion of muons reaching the second detector in comparison to the first. The proportion found was different to the proportion that was calculated without taking into account relativistic effects.

Using the equation for [[exponential decay]], they could use this proportion to calculate the time taken for the muons to decay, relative to the muon. Then, using the time dilation equation they could then work out the dilated time. The dilated time showed a good correlation with the time it took the muons to reach the second sensor, thereby supporting the existence of time dilation.

The time taken for a muon to travel from D1 to D2 as measured by a stationary observer is:

<math> t = \frac{s}{v} = \frac{1900}{0.994\times(3\times10^{8})} = 6.37\mu\textrm{s} </math>

The fraction of muons arriving at D2 in comparison to D1 was 0.732. (Given by <math> \frac{N}{N_0} = 0.732 </math>)

Since (from the equation for exponential decay) <math> \frac{N}{N_{0}} = e^{-\lambda t_{0}} </math> then

<math> t_{0} = \frac {ln(0.732)}{ln (0.2)} \times 1.53\times 10^{-6} = 0.689\mu\textrm{s}</math>

This gives the time for the proportion of decay to occur for an observer who is stationary, relative to the muon.

Putting this into the time dilation equation gives:

<math> t = \frac{t_{0}}{\sqrt{1 - \frac{v^{2}}{c^{2}}}} = \frac{0.689 \times{10^{-6}}}{\sqrt{1 - \frac{0.994^{2}}{1^{2}}}} = 6.3\times 10^{-6}\textrm{s}</math>

This is in good agreement with the value calculated above, thereby providing evidence to support time dilation.

====Time Dilation and Creation Science====

{{main|Starlight problem#Humphreys.27_model}}

Creation scientists such as physicists Dr. [[Russell Humphreys]] and Dr. [[John Hartnett]] have used relativistic time dilation to explain how the earth can be only 6,000 years old even though cosmological data (background radiation, supernovae, etc.) set a much older age for the universe.

===Length contraction===
When two inertial reference frames move past each other in a straight line with constant relative velocity, an observer in one reference frame would observe a metre rule in the other frame to be shorter.

The length, <math>l</math>, of an object as seen by a (relative) stationary observer is given by:

<math> l = l_{0} \sqrt{1- \frac{v^{2}}{c^{2}}}</math>

Where
:<math>l_0</math> is the "proper length" or the length of the object in the observed frame of reference.
:<math>v</math> is the relative velocity between the reference frames.
:<math>c</math> is the speed of light (3x108 ms-1).

===Mass increase===

For decades the theory of relativity taught that as a body moves with increasing velocity its [[mass]] also increases.<ref>For example, this was taught as recently as in the 1991 edition of the Encyclopedia Britannica.</ref>

Under this view, the mass, <math>m</math>, of an object as detected by a (relative) stationary observer is given by:

:<math> m = \frac{m_{0}} {\sqrt{1 - \frac{v^{2}}{c^{2}}}}</math>

Where
:<math>m_0</math> is the "rest mass" or the mass of the object when it is at rest.
:<math>v</math> is the relative velocity of the object.
:<math>c</math> is the speed of light (3x108 ms-1).

Since speed is relative, it follows that two observers in different inertial reference frames may disagree on the mass and kinetic energy of a body. Since all inertial reference frames are treated on an equal footing, it follows that mass and energy are interchangeable.

There is a logical difficulty, however, to an increase in relativistic mass. Such increase would only exist in the direction of motion, and the rest mass would remain intact with respect to a force applied in a direction orthogonal to velocity. Neither mass nor energy is a vector, and the notion of the mass of an object having different values depending on the direction of an applied force is illogical. In recent years most physicists have shifted away from Einstein's original reliance on relativistic mass and his suggestion that mass increases. Instead, most physicists today teach that

:<math>F=\frac{d}{d\tau} p</math>

where <math>p</math> is the momentum defined by <math>\gamma m v</math>, <math>\gamma</math> is the standard Lorentz factor, and <math>\tau</math> is the proper time. Force F defined this way is a vector and thus can handle the directional aspect of the relativistic effects better than the concept of relativistic mass can.

The abandonment by physicists of the concept of relativistic mass, however, has the consequence of undermining the traditional claim under relativity that

:<math>m - m_0 = \frac{E}{c^2}</math>

also popularly known as

:<math>E = m c^2</math>

Now a concept of the 4-momentum <math>p</math> of a particle is taught, such that the square of the magnitude of <math>p</math> satisfies:

<math>||p||^2 = -p_x^2-p_y^2-p_z^2+E^2 = m_0^2c^4</math>

in any inertial reference frame. The magnitude of the 4-momentum, in any inertial frame, equals the rest mass <math>m_0</math> of the particle (in units where <math>c=1</math>).

== Variable Speed of Light ==

The Theory of Relativity implies that physical constants like the speed of light have remained constant. But at least one study suggests that physical constants, and possibly even the speed of light, have changed as the universe has aged.<ref>James Glanz and Dennis Overbye, "Cosmic Laws Like Speed of Light Might Be Changing, a Study Finds," August 15, 2001.[http://www.nytimes.com/2001/08/15/science/15PHYS.html?ex=1185076800&en=d6467b6e3e346796&ei=5070]</ref>

"For the first time, scientists have experimentally demonstrated that sound pulses can travel at velocities faster than the speed of light, c. William Robertson's team from Middle Tennessee State University also showed that the group velocity of sound waves can become infinite, and even negative. ... Although such results may at first appear to violate special relativity (Einstein's law that no material object can exceed the speed of light), the actual significance of these experiments is a little different. These types of superluminal phenomena, Robertson et al. explain, violate neither causality nor special relativity, nor do they enable information to travel faster than c. In fact, theoretical work had predicted that the superluminal speed of the group velocity of sound waves should exist. 'The key to understanding this seeming paradox is that no wave energy exceeded the speed of light,' said Robertson."<ref>http://www.physorg.com/news88249076.html</ref>

"A team of researchers from the Ecole Polytechnique Fédérale de Lausanne (EPFL) has successfully demonstrated, for the first time, that it is possible to control the speed of light – both slowing it down and speeding it up – in an optical fiber, using off-the-shelf instrumentation in normal environmental conditions. Their results, to be published in the August 22 issue of Applied Physics Letters, could have implications that range from optical [[computing]] to the fiber-optic telecommunications industry."<ref>http://www.scienceblog.com/light.html</ref> Both slowing down and speeding up of light within a substance other than a vacuum is made possible, because the light travels through the material, and that material affects the speed of light, i.e. a photon hits an electron, which then exits and emits a slightly lower energy photon out in the direction that the original photon was traveling, thus maintaining conservation of momentum. No matter how transparent an object may appear, it radically impacts the speed of the light traveling through it, as demonstrated by the refractive production of a rainbow by a crystal, which Newton himself discovered.

"A pair of German physicists claim to have broken the speed of light - an achievement that would undermine our entire understanding of space and time. ... Dr Nimtz told New Scientist magazine: 'For the time being, this is the only violation of special relativity that I know of.'"<ref>http://www.telegraph.co.uk/earth/main.jhtml?xml=/earth/2007/08/16/scispeed116.xml</ref>

==Pending research==

Today some physicists are working on hypothesizing how general relativity might have related to the other three forces of nature during the first fraction of a second of the [[Big Bang]]. Two of the more commonly studied attempts are [[string theory]] and [[loop quantum gravity]], but they have failed to produce any evidence that science mandates a science must have, and both typically take large amounts of work to even conform to what scientists believe. Critics increasingly point out that string theory and loop quantum gravity are largely untestable and unfalsifiable, and thus potentially unscientific under the principles of science advanced by [[Karl Popper]].<ref>See, for example, ''Not Even Wrong'', by Peter Woit</ref>

Relativity continues to be tested and some physics professors remain skeptical of the theory, such as University of Maryland physics professor Carroll Alley, who served as the principle physicist on the Apollo lunar project.<ref>http://science.nasa.gov/headlines/y2004/21jul_llr.htm</ref>

== Political aspects of relativity ==

Some [[liberal]] politicians have extrapolated the theory of relativity to metaphorically justify their own political agendas. For example, law professor [[Laurence Tribe]] applied the relativistic concept of "curvature of space" to promote a broad legal right to [[abortion]].<ref>Tribe argued that the [[Constitution]] should be interpreted to establish a right to federally funded [[abortion]] and that, more generally, ''[[Roe v. Wade]]'' does not go far enough. They insisted that a relativistic "curvature of space" could achieve this result by expanding application of the [[Constitution]] based on its impact on personal choice. "The ''[[Roe v. Wade]]'' opinion ignored the way in which laws regulating pregnant women may shape the entire pattern of relationships among men, women, and children. It conceptualized abortion not in terms of the intensely public question of the subordination of women to men through the exploitation of pregnancy, but in terms of the purportedly private question of how women might make intimately personal decisions about their bodies and their lives. That vision described a part of the truth, but only what might be called the Newtonian part. ... [A] change in the surrounding legal setting can constitute state action that most threatens the sphere of personal choice. And it is a 'curved space' perspective on how law operates that leads one to focus less on the visible lines of legal force and more on how those lines are bent and directed by the law's geometry." Laurence H. Tribe, The Curvature of Constitutional Space: What Lawyers Can Learn from Modern Physics, 103 Harv. L. Rev. 1, 16-17 (1989).</ref> As of June 2008, over 170 law review articles have cited this [[liberal]] application of the theory of relativity to legal arguments.<ref>Search conducted by [[User:Aschlafly]] in the LEXIS database "US Law Reviews and Journals, Combined," conducted June 1, 2008.</ref> Applications of the theory of relativity to change morality have also been common.<ref>"Mistakenly, in the minds of many, the theory of relativity became relativism."[http://www.worldnetdaily.com/news/article.asp?ARTICLE_ID=38081]</ref> Moreover, there is an unmistakable effort to censor or ostracize criticism of relativity.<ref>Although the [[Examples of Bias in Wikipedia|liberally biased Wikipedia]] contains lengthy criticisms of the subjects of many entries, and even though publications like ''The Economist'' recognize the lack of scientific satisfaction in the theory (see, e.g., "Weighing the Universe," The Economist (Jan. 25, 2007)), Wikipedia's entry on [http://en.wikipedia.org/wiki/Theory_of_Relativity Theory of Relativity] omits one word of criticism.</ref>

Physicist [[Robert Dicke]] of Princeton University was a prominent critic<ref>http://www.time.com/time/magazine/article/0,9171,943324,00.html</ref> of general relativity, and Dicke's alternative "has enjoyed a renaissance in connection with theories of higher dimensional space-time."<ref>"Initially a popular alternative to General Relativity, the Brans-Dicke theory lost favor as it became clear that omega must be very large-an artificial requirement in some views. Nevertheless, the theory has remained a paradigm for the introduction of scalar fields into gravitational theory, and as such has enjoyed a renaissance in connection with theories of higher dimensional space-time."[http://nedwww.ipac.caltech.edu/level5/Glossary/Essay_bekenstein.html] </ref> Despite being one of the most accomplished physicists in the 20th century, Dicke was repeatedly passed over for a Nobel Prize, and in at least one case Dicke was insulted by the award being granted to others for contributions more properly credited to Dicke.

There has been little recognition by the Nobel Prize committee of either theory of relativity, and particularly scant recognition of the Theory of General Relativity.

===Government Support for Relativistic research===
The Theory of Relativity enjoys a disproportionate share of [[federal funding]] of physics research today.<ref>The Democratic Congress insisted on the $250 million LIGO project despite substantial criticism by scientists that it was wasting scarce research dollars. John Travis, "LIGO: a $ 250 million gamble; Laser Interferometer Gravitational-Wave Observatory; includes related article," ''Science'' p. 612 (Apr. 30, 1993). "Adding to the acrimony is LIGO's $ 250 million price tag, which some hold responsible for NSF's recent funding woes." ''Id.''</ref> In at least one case that research has been unsuccessful. The $365 million dollar LIGO project has failed to detect the gravity waves predicted by relativity.<ref>http://www.npr.org/programs/atc/features/2002/sept/gravitywaves/index.html</ref>

{{Relativity}}

== References ==
{{reflist|2}}

[[Category:Physics]]
[[Category:Science]]

==External Links ==
*[http://ia331314.us.archive.org/2/items/theeinsteintheor11335gut/11335-h/11335-h.htm The Einstein Theory of Relativity, by H.A. Lorentz.]
*[http://www.relativitycalculator.com Relativity Calculator - Learn Special Relativity Mathematics ] The mathematics of special relativity presented in as simple and comprehensive manner possible within philosophical and historical contexts.

Theory of relativity

2011-03-12T20:42:06Z

Selbsb: Obama was not an author of this article; he is merely thanked in a footnote for "analytic assistance" which does not indicate which part of the 39-page article he contributed to nor in what respect.

''See also [[Counterexamples to Relativity]].''

'''Relativity''' refers to two closely-related mathematical theories in [[physics]]:

*'''[[Special theory of relativity|Special relativity]]''' (SR) is a theory which describes the laws of motion for non-accelerating bodies traveling at a significant fraction of the [[speed of light]]. As speeds approach zero, Special Relativity tends towards equivalence with [[Newton's Laws of Motion]]. Special Relativity was developed by [[Hendrik Lorentz]], [[Henri Poincaré]], and Hermann Minkowski,<ref>"German mathematician who developed the geometrical theory of numbers and who made numerous contributions to number theory, mathematical physics, and the theory of relativity." [http://www.britannica.com/eb/article-9052860/Hermann-Minkowski Hermann Minkowski -- Britannica Online Encyclopedia]</ref><ref>[http://www-groups.dcs.st-and.ac.uk/~history/Biographies/Minkowski.html Hermann Minkowski, Biography]</ref> and [[Albert Einstein]].

*'''[[General theory of relativity|General Relativity]]''' (GR) is a theory which explains the laws of motion as viewed from accelerating reference frames and includes a geometric explanation for gravity. This theory was developed by [[David Hilbert]] and [[Albert Einstein]] as an extension of the postulates of Special Relativity.<ref>"[T]he German mathematician David Hilbert submitted an article containing the correct field equations for general relativity five days before Einstein."[http://nobelprize.org/educational_games/physics/relativity/history-1.html Nobel Prize historical account]</ref> A dramatic but later discredited claim by Sir [[Arthur Eddington]] of experimental proof of General Relativity in 1919 made Einstein a household name.

Unlike most of physics, the theories of relativity have discontinuities whereby the limit of a physical quantity as a variable (such as mass or velocity) approaches a fixed value is not the same as the physical quantity at the fixed value. For example, the limit of momentum as mass approaches 0 and velocity approaches the speed of light is not equal to the momentum of (massless) light.<ref>Discontinuities in General Relativity are also well-recognized. See, e.g., [http://www.springerlink.com/content/u47l341u2q555455/]</ref>

More generally, and also unlike most of physics, the theories of relativity consist of complex mathematical equations relying on several hypotheses. For example, at Hofstra University general relativity is taught as part of an upperclass math course on differential geometry, based on three stated assumptions.<ref>http://people.hofstra.edu/Stefan_Waner/diff_geom/tc.html</ref> The equations for special relativity assume that it is forever impossible to attain a velocity faster than the speed of light and that all inertial frames of reference are equivalent, hypotheses that can never be fully tested. Relativity rejects Newton's [[action at a distance]], which is basic to Newtonian gravity and [[quantum mechanics]]. The mathematics of relativity assume no exceptions, yet in the time period immediately following the origin of the universe the relativity equations could not possibly have been valid.

Relativity has been met with much resistance in the scientific world. To date, a Nobel Prize has never been awarded for Relativity.<ref>Increasingly the Nobel Prize Committee has attempted to relate its physics awards to Relativity in some way, including perhaps 20 of the more recent prizes.</ref> Louis Essen, the man credited with determining the speed of light, wrote many fiery papers against it such as ''The Special Theory of Relativity: A Critical Analysis''.<ref>http://ephysics.fileave.com/physics/Essen/oxford5-essen.pdf</ref> Relativity is in conflict with [[quantum mechanics]],<ref>For example, Relativity claims that space and time are smooth and continuous, while [[quantum mechanics]] suggests otherwise. [http://www.csmonitor.com/Science/Cool-Astronomy/2010/1025/Is-the-universe-a-big-hologram-This-device-could-find-out.] Relativity also denies [[action-at-a-distance]], while quantum mechanics suggests otherwise. Relativity denies any role for chance, while quantum mechanics is heavily dependent on it.</ref> and although theories like [[string theory]] and [[quantum field theory]] have attempted to unify relativity and quantum mechanics, neither has been entirely successful or proven.

Unlike [[Classical mechanics|Newtonian physics]], in which space and time intervals are each invariant as seen by all observers, in SR the only invariant quantity is a quadratic combination of space and time intervals (x2 - c2 t2). The (assumed) instantaneous transmission of Newtonian gravitational effects also contradicts special relativity.

In quantum mechanics, the [[uncertainty principle]] suggests that virtual particles can sometimes travel faster than the speed of light which would violate causality, but "[t]he only known way to resolve this tension involves introducing the idea of antiparticles."<ref>http://nobelprize.org/nobel_prizes/physics/laureates/2004/wilczek-lecture.pdf (p. 102)</ref> Consequently, in 1928 Paul Dirac derived the Dirac equation, one of the first quantum mechanical equations compatible with special relativity, by which Dirac predicted the existence of antimatter. Four years later, antimatter (the positron) was discovered by Carl Anderson, as successfully predicted by relativistic quantum mechanics. [[Quantum field theory]], a generalization of quantum mechanics, is fully compatible with special relativity but not with general relativity, and still lacks a vital piece: evidence of the [[graviton]].

== Special Relativity ==
Lorentz and Poincare developed Special Relativity as way of understanding how Maxwell's equations for electromagnetism could be valid in different frames of reference. Einstein famously published an explanation of Poincare's theory in terms of two assumptions (postulates):

# ''The [[speed of light]] is constant for all (inertial) observers, regardless of their velocities relative to each other.''
# ''The laws of physics are identical in all inertial reference frames.''

In layman's terms, these two assumptions can be restated as:
# It is impossible ever to transmit information faster than the speed of light.<ref>This assumption is commonly restated in this manner. For example, a discussion of hypothetical [[tachyons]] talks "about using tachyons to transmit information faster than the speed of light, '''in violation of Special Relativity'''."[http://www.math.ucr.edu/home/baez/physics/ParticleAndNuclear/tachyons.html] However, there is some question whether the Theory of Special Relativity really restricts faster-than-light communication of information.</ref>
# The laws of physics are identical, without any variation, in every location throughout the universe.
# The laws of physics are identical, without any variation, no matter how fast something is traveling (in the absence of acceleration).

Or, in more concise, clearer terms, these assumptions are this:

#there is no [[action at a distance]] (because that would make observations dependent on the frame of reference)
#space and time are completely symmetric throughout the universe (because otherwise frames of reference would not be interchangeable)

When the assumptions are stated clearly as above, the weaknesses in the theory are more apparent. There ''is'' action at a distance in [[quantum entanglement]] and apparently also in gravity, as no gravitons can be found. However, no information has yet been transmitted via quantum entanglement, so while non-locality violates the spirit of relativity it is consistent with it if relativity is limited to the transmission of information. [[Quantum field theory]], an attempt to partially reconcile [[quantum mechanics]] with relativity, is incomplete at best. As to the second assumption, it is contrary to the [[arrow of time]], which illustrates the lack of symmetry in time. Logical defects include the incoherence of relativistic mass (see discussion below) and the lack of relativistic constraints near the beginning the universe (see above).

Special Relativity (SR) was initially developed by [[Henri Poincaré]] and [[Hendrik Lorentz]], working on problems in electrodynamics and the [[Michelson-Morley experiment]], which had not found any sign of [[aether (science)|luminiferous aether]], which was believed to be the substance which carried electromagnetic waves. Special relativity alters [[Isaac Newton]]'s laws of motion by assuming that the speed of light will be the same for all observers, despite their relative velocities and the source of the light. (Therefore, if A sends a beam of light to B, and both measure the speed, it will be the same for both, no matter what the relative velocity of A and B. In Newtonian/Galilean mechanics, If A sends a physical object at a particular velocity towards B, and nothing slows it, the velocity of the object relative to B depends on the velocities of the object and of B relative to A.)

At low speeds (relative to light-speed), the Lorentz-Poincare relativity equations are equivalent to Newton's equations. The famous equation ''E=mc2'', describes the relationship between energy and the rest mass of a body.

Under relativity, particles at low mass and low speed can be accurately approximated by [[classical mechanics]] (such as [[Isaac Newton]]'s laws of motion). At the two extremes, modeling the behavior of electrons requires that relativistic effects be taken into account (the chemically significant phenomenon of electron spin arises from relativity), and the course light passing through a region containing many massive bodies such as galaxies will be distorted ([[classical mechanics]], in which light travels in straight lines, does not predict this). These are both experimentally confirmed (electron spin was known before relativity arose, and telescopic observations confirm that galactic clusters distort the paths of the light passing through them).

Many scientists have indicated problems with the postulates of special relativity. Paul Davies, formerly of Macquarie University and now at the University of Arizona believes that the speed of light has changed over time. Since the speed of light is a constant speed 'c' this indicates problems with the theory [http://news.bbc.co.uk/2/hi/science/nature/2181455.stm light speed]. Other engineers and scientist have written about problems in the basic set of special relativity equations. Based on the ideas of not Einstein but of the scientist Fitzgerald as well as others, a length contraction effect was predicted as an explanation of the failure of the Michelson Morley experiment. This idea was taken up by Hendrik Lorentz and shown by others to be a useful mechanism by which theory could be forced into conformance with experimental results. However, in 2005, Michael Strauss a computer engineer invalidated much of Special Relativity theory by showing clear contradictions in the theory. [http://www.relativitycollapse.com relativity]

== General Relativity ==

General Relativity is a theory of gravity that is compatible with Special Relativity. Einstein explains a thought experiment involving two elevators. The first elevator is stationary on the Earth, while the other is being pulled through space at a constant acceleration of g. Einstein realized that any physical experiment carried out in the elevators would give the same result. This realization is known as the equivalence principle and it states that accelerating frames of reference and gravitational fields are indistinguishable. General Relativity is the theory of gravity that incorporates Special Relativity and the equivalence principle.

General Relativity is a mathematical extension of Special Relativity. GR views space-time as a 4-dimensional [[manifold]], which looks locally like [[Minkowski space]], and which acquires [[curvature]] due to the presence of massive bodies. Thus, near massive bodies, the geometry of space-time differs to a large degree from [[Euclidean geometry]]: for example, the sum of the angles in a triangle is not exactly 180 degrees. Just as in classical physics, objects travel along [[geodesic]]s in the absence of external forces. Importantly though, near a massive body, geodesics are no longer straight lines. It is this phenomenon of objects traveling along geodesics in a curved spacetime that accounts for gravity.

At one time the anomalous precession of Mercury's [[perihelion]] seemed to support the Theory of General Relativity, but increasingly accurate measurements show a divergence of the data from the theory.<ref>[[Counterexamples to Relativity]].</ref> There are other explanations based in Newtonian gravity, such as factoring in the pull of the other planets on Mercury's orbit. One Newtonian explanation requires a slight alternation to the precise inverse-square relation of Newtonian gravity to distance, which is disfavored by mathematicians due to its inelegance in integrating.

British Historian Paul Johnson declares the turning point in 20th century to have been when fellow Briton Sir [[Arthur Eddington]], an esteemed English astronomer, ventured out on a boat off Africa in 1919 with a local Army unit to observe the bending of starlight around the sun during a total eclipse. Upon his return to England declared that his observations proven the theory of relativity. In fact recent analysis of Eddington's work revealed that he was biased in selecting his data, and that overall his data were inconclusive about the theory of relativity. The prediction was later confirmed by more rigorous experiments, such as those performed by the [[Hubble Space Telescope]] <ref>[http://www.spaceimages.com/gravlen.html Hubble Gravitational Lens Photo]</ref><ref> [http://csep10.phys.utk.edu/astr162/lect/galaxies/lensing.html Gravitational Lensing] </ref><ref>[http://www.iam.ubc.ca/~newbury/lenses/glgallery.html]</ref>. Lorentz has this to say on the discrepancies between the empirical eclipse data and Einstein's predictions.

::''It indeed seems that the discrepancies may be ascribed to faults in observations, which supposition is supported by the fact that the observations at Prince's Island, which, it is true, did not turn out quite as well as those mentioned above, gave the result, of 1.64, somewhat lower than Einstein's figure.''<ref>Lorentz, H.A. [http://ia331314.us.archive.org/2/items/theeinsteintheor11335gut/11335-h/11335-h.htm The Einstein Theory of Relativity]</ref>

The prediction that light is bent by gravity is predicted both by Newtonian physics and relativity, but relativity predicts a larger deflection.

Special relativity is the limiting case of general relativity where all gravitational fields are weak. Alternatively, special relativity is the limiting case of general relativity when all reference frames are inertial (non-accelerating and without gravity).

==Lack of evidence for Relativity==
The Theory of relativity assumes that time is symmetric just as space is, but the biggest early promoter of relativity, Arthur Eddington, coined the term "[[arrow of time]]" admitting how time is ''not'' symmetric but is directional. The passage of time is tied to an increase in disorder, or [[entropy]]. The Theory of relativity cannot explain this, and implicitly denies it, specifically allowing for theoretical time travel (e.g., [[wormholes]]) and different rates of passage of time based on velocity and acceleration.

Claims that relativity was used to develop the [[Global Positioning System]] ([[GPS]]) are false. A 1996 article explains:

:"The Operational Control System (OCS) of the Global Positioning System (GPS) does not include the rigorous transformations between coordinate systems that Einstein's general theory of relativity would seem to require - transformations to and from the individual space vehicles (SVs), the Monitor Stations (MSs), and the users on the surface of the rotating earth, and the geocentric Earth Centered Inertial System (ECI) in which the SV orbits are calculated. There is a very good reason for the omission: the effects of relativity, where they are different from the effects predicted by classical mechanics and electromagnetic theory, are too small to matter - less than one centimeter, for users on or near the earth."<ref>http://tycho.usno.navy.mil/ptti/1996/Vol%2028_16.pdf</ref><ref>Some do claim that relativity is "vital" to GPS even though GPS developed independently of theoretical predictions and theoreticians disagree about how the relativistic effects for GPS should be calculated. ''See id. See also'' [http://www.rand.org/pubs/monograph_reports/MR614/MR614.appb.pdf]</ref>

This article, which was published in 1996, goes on to propose relativistic corrections that might be used to design more accurate GPS systems. Clocks on board GPS satellites require adjustments to their clock frequencies if they are to be synchronized with those on the surface of the Earth.

Tom Van Flandern, an astronomer hired to work on GPS in the late 1990s, concluded that "[t]he GPS programmers don't need relativity." He was quoted as saying that the GPS programmers "have basically blown off Einstein."<ref>http://archive.salon.com/people/feature/2000/07/06/einstein/index.html See also [http://www.metaresearch.org/solar%20system/gps/absolute-gps-1meter-3.ASP], where Van Flandern discusses how relativistic corrections might improve GPS accuracy.</ref> Asynchronization can be easily addressed through communications between the satellites and ground stations, so it is unclear why any theory would be needed for GPS. But other obscure physicists having no connection with GPS design claim that Van Flandern is wrong about GPS, and insist that relativity provides the best explanation for its timing adjustments.<ref>''Ibid.''</ref>

Some internet articles claim that GPS timing differences ''confirm'' the Theory of Relativity or its Lorentzian counterpart (which uses a preferred frame of reference). GPS clocks run slower in the weaker gravitation field of the satellites than on ground stations on Earth, with the effects predicted by general relativity far outweighing the effects predicted by special relativity. However, the articles claiming that the slower GPS satellite clocks confirm relativity do not address the effect, if any, of the weaker gravitational force under Newton's theory on the GPS satellite clocks.

Currently, GPS satellites are synchronized to Coordinated Universal Time by radio signals from the ground; therefore, they cannot currently be used to test general relativity.<ref>[http://www.phys.lsu.edu/mog/mog9/node9.html "General Relativity in the Global Positioning System."] Neil Ashby, U. of Colorado</ref>

[[Image:Cassini-science-289.jpg|right|thumb|signal dipping into a gravity well around the [[sun]]]]
There are claims that the effects of relativity have been observed with the frequency shift of the signal being sent back to [[Earth]] several times as various spacecraft have dipped into the gravity wells around massive objects such as the [[sun]] (see image at right)<ref>[http://saturn.jpl.nasa.gov/news/press-releases-03/20031002-pr-a.cfm Saturn-Bound Spacecraft Tests Einstein's Theory]</ref> or Saturn<ref>[http://www.newscientist.com/article/mg12517102.600-science-encounter-with-saturn-confirms-relativity-theory.html Encounter with Saturn confirms relativity theory]</ref>. A satellite called [[Gravity Probe B]] was put in orbit about the Earth to examine the effects of frame dragging and geodetic warping of space<ref>[http://www.nasa.gov/mission_pages/gpb/index.html NASA Gravity Probe B mission page]</ref><ref>[http://einstein.stanford.edu/ Gravity Probe B project page]</ref>, but the results were inconclusive. Note, however, that Newtonian mechanics also predicts deflection of light by gravity, and in the initial theory of relativity it predicted the same amount of deflection.<ref>http://www.mathpages.com/rr/s6-03/6-03.htm</ref> Adjustments to the theory of relativity resulted in a prediction of a greater deflection of light than that predicated by Newtonian mechanics, though it is debatable how much deflection Newtonian mechanics should predict.

None of the NASA spacecraft incorporates predictions of relativity into their own timing mechanisms, as Newtonian mechanics is adequate even for probes sent deep into space.<ref>There is no reported reliance on relativity by any space probe.</ref>

A decade of observation of the [[pulsar]] pair [[PSR 1913 16|PSR B1913+16]] detected a decline in its orbital period, which was attributed to a loss in energy by the system. It is impossible to measure the masses of the pulsars, their accelerations relative to the observers, or other fundamental parameters. Professors Joseph Taylor and Russell Hulse, who discovered the binary pulsar, found that physical values could be assigned to the pulsars to make the observed decline in orbital period consistent with the Theory of General Relativity, and for this they were awarded the 1993 [[Nobel Prize]] for Physics, which is the only award ever given by the Nobel committee for the Theory of Relativity.<ref>http://nobelprize.org/nobel_prizes/physics/laureates/1993/press.html</ref> In 2004, Professor Taylor utilized a correction to the derivative of the orbital period to fit subsequent data better to the theory. At most, assumptions can be made and altered to fit the data to the theory, rather than the data confirming the theory.

The [[perihelion]] of Mercury's [[orbit]] [[precession|precesses]] at a measurable rate, but even after accounting for gravitational perturbations caused all other planets in the [[solar system]], Newton's theory (assuming a precise inverse-square relationship for distance) predicts a rate of precession that differs from the measured rate by approximately 43 [[arcsecond]]s per century. General relativity was developed in part to provide an estimate for this rate of precession that better matches observations.<ref>http://physics.ucr.edu/~wudka/Physics7/Notes_www/node98.html#SECTION032121000000000000000</ref> <ref> http://www.alberteinstein.info/gallery/pdf/CP6Doc30_English_pp146-200.pdf</ref> <ref> http://farside.ph.utexas.edu/teaching/336k/lectures/node117.html</ref> Newton's theory can also explain this perihelion by factoring in the gravitational pull due to other planets or making tiny adjustments to parameters in the gravitational equation.

General relativity predicts twice as much bending in light as it passes near massive objects than Newton's theory might predict.<ref>http://www.mathpages.com/rr/s6-03/6-03.htm</ref> This phenomenon is known as [[gravitational lens|gravitational lensing]]. A large number of instances of gravitational lensing have been observed, and it is now a standard astronomical tool.<ref> http://imagine.gsfc.nasa.gov/docs/features/news/grav_lens.html</ref> <ref> http://astro.berkeley.edu/~jcohn/lens.html</ref> <ref> http://www.iam.ubc.ca/~newbury/lenses/glgallery.html</ref> Note, however, that the extent of bending of light predicted by Newton's theory is open to debate, and depends on assumptions about the nature of light for gravitational purposes.<ref>http://cosmictimes.gsfc.nasa.gov/1919/guide/gravity_bends_starlight.html</ref>

In 1972, scientists flew extremely accurate clocks ("atomic clocks") around the world in both directions on commercial airlines, and claimed to observe relativistic time dilation; the eastbound clock gained 273 ns and the westbound clock lost 59 ns, matching the predictions of general relativity to within experimental accuracy.<ref>[http://www.answers.com/topic/hafele-keating-experiment Hafele-Keating Experiment]</ref> However, the inventor of the atomic clock, Louis Essen, declared that the experiment was inaccurate.<ref>Louis Essen, Electron. Wireless World 94 (1988) 238.</ref> Dr A. G. Kelly examined the raw data from the experiment and declared it inconclusive.<ref>A. G. Kelly,Reliability of Relativistic Effect Tests on Airborne Clocks, Monograph No.3 Feb.1996, The Institution of Engineers of Ireland, ISBN 1-898012-22-9</ref> The Nobel Committee chose not to honor this experiment for the significance that was claimed.

Despite [[censorship]] of dissent about relativity, evidence contrary to the theory is discussed outside of [[liberal]] universities.<ref>http://scitizen.com/screens/blogPage/viewBlog/sw_viewBlog.php?idTheme=8&idContribution=922</ref>

==Predicted consequences of the Theories==
===Time dilation===

[[Image:Light cone.png|right|thumb|Light-cone diagram]]
One important consequence of SR's postulates is that an observer in one reference frame will observe a clock in another frame to be "ticking" more slowly than in the observer's own frame. This can be proven mathematically using basic geometry, if the postulates are physically true without exception.

The length of an event <math>t</math>, as seen by a (relative) stationary observer observing an event is given by:

<math> t = \frac{t_{0}} {\sqrt{1 - \frac{v^{2}}{c^{2}}}}</math>

Where
:<math>t_0</math> is the "proper time" or the length of the event in the observed frame of reference.
:<math>v</math> is the relative velocity between the reference frames.
:<math>c</math> is the speed of light (3x108 ms-1).

Evidence for time dilation was discovered by studying [[muon decay]]. [[Muons]] are [[subatomic]] [[particles]] with a very short [[halflife]] (1.53 microseconds at rest) and a very fast speed (0.994c). By putting muon detectors at the top (D1) and bottom (D2) of a mountain with a separation of 1900m, scientists could measure accurately the proportion of muons reaching the second detector in comparison to the first. The proportion found was different to the proportion that was calculated without taking into account relativistic effects.

Using the equation for [[exponential decay]], they could use this proportion to calculate the time taken for the muons to decay, relative to the muon. Then, using the time dilation equation they could then work out the dilated time. The dilated time showed a good correlation with the time it took the muons to reach the second sensor, thereby supporting the existence of time dilation.

The time taken for a muon to travel from D1 to D2 as measured by a stationary observer is:

<math> t = \frac{s}{v} = \frac{1900}{0.994\times(3\times10^{8})} = 6.37\mu\textrm{s} </math>

The fraction of muons arriving at D2 in comparison to D1 was 0.732. (Given by <math> \frac{N}{N_0} = 0.732 </math>)

Since (from the equation for exponential decay) <math> \frac{N}{N_{0}} = e^{-\lambda t_{0}} </math> then

<math> t_{0} = \frac {ln(0.732)}{ln (0.2)} \times 1.53\times 10^{-6} = 0.689\mu\textrm{s}</math>

This gives the time for the proportion of decay to occur for an observer who is stationary, relative to the muon.

Putting this into the time dilation equation gives:

<math> t = \frac{t_{0}}{\sqrt{1 - \frac{v^{2}}{c^{2}}}} = \frac{0.689 \times{10^{-6}}}{\sqrt{1 - \frac{0.994^{2}}{1^{2}}}} = 6.3\times 10^{-6}\textrm{s}</math>

This is in good agreement with the value calculated above, thereby providing evidence to support time dilation.

====Time Dilation and Creation Science====

{{main|Starlight problem#Humphreys.27_model}}

Creation scientists such as physicists Dr. [[Russell Humphreys]] and Dr. [[John Hartnett]] have used relativistic time dilation to explain how the earth can be only 6,000 years old even though cosmological data (background radiation, supernovae, etc.) set a much older age for the universe.

===Length contraction===
When two inertial reference frames move past each other in a straight line with constant relative velocity, an observer in one reference frame would observe a metre rule in the other frame to be shorter.

The length, <math>l</math>, of an object as seen by a (relative) stationary observer is given by:

<math> l = l_{0} \sqrt{1- \frac{v^{2}}{c^{2}}}</math>

Where
:<math>l_0</math> is the "proper length" or the length of the object in the observed frame of reference.
:<math>v</math> is the relative velocity between the reference frames.
:<math>c</math> is the speed of light (3x108 ms-1).

===Mass increase===

For decades the theory of relativity taught that as a body moves with increasing velocity its [[mass]] also increases.<ref>For example, this was taught as recently as in the 1991 edition of the Encyclopedia Britannica.</ref>

Under this view, the mass, <math>m</math>, of an object as detected by a (relative) stationary observer is given by:

:<math> m = \frac{m_{0}} {\sqrt{1 - \frac{v^{2}}{c^{2}}}}</math>

Where
:<math>m_0</math> is the "rest mass" or the mass of the object when it is at rest.
:<math>v</math> is the relative velocity of the object.
:<math>c</math> is the speed of light (3x108 ms-1).

Since speed is relative, it follows that two observers in different inertial reference frames may disagree on the mass and kinetic energy of a body. Since all inertial reference frames are treated on an equal footing, it follows that mass and energy are interchangeable.

There is a logical difficulty, however, to an increase in relativistic mass. Such increase would only exist in the direction of motion, and the rest mass would remain intact with respect to a force applied in a direction orthogonal to velocity. Neither mass nor energy is a vector, and the notion of the mass of an object having different values depending on the direction of an applied force is illogical. In recent years most physicists have shifted away from Einstein's original reliance on relativistic mass and his suggestion that mass increases. Instead, most physicists today teach that

:<math>F=\frac{d}{d\tau} p</math>

where <math>p</math> is the momentum defined by <math>\gamma m v</math>, <math>\gamma</math> is the standard Lorentz factor, and <math>\tau</math> is the proper time. Force F defined this way is a vector and thus can handle the directional aspect of the relativistic effects better than the concept of relativistic mass can.

The abandonment by physicists of the concept of relativistic mass, however, has the consequence of undermining the traditional claim under relativity that

:<math>m - m_0 = \frac{E}{c^2}</math>

also popularly known as

:<math>E = m c^2</math>

Now a concept of the 4-momentum <math>p</math> of a particle is taught, such that the square of the magnitude of <math>p</math> satisfies:

<math>||p||^2 = -p_x^2-p_y^2-p_z^2+E^2 = m_0^2c^4</math>

in any inertial reference frame. The magnitude of the 4-momentum, in any inertial frame, equals the rest mass <math>m_0</math> of the particle (in units where <math>c=1</math>).

== Variable Speed of Light ==

The Theory of Relativity implies that physical constants like the speed of light have remained constant. But at least one study suggests that physical constants, and possibly even the speed of light, have changed as the universe has aged.<ref>James Glanz and Dennis Overbye, "Cosmic Laws Like Speed of Light Might Be Changing, a Study Finds," August 15, 2001.[http://www.nytimes.com/2001/08/15/science/15PHYS.html?ex=1185076800&en=d6467b6e3e346796&ei=5070]</ref>

"For the first time, scientists have experimentally demonstrated that sound pulses can travel at velocities faster than the speed of light, c. William Robertson's team from Middle Tennessee State University also showed that the group velocity of sound waves can become infinite, and even negative. ... Although such results may at first appear to violate special relativity (Einstein's law that no material object can exceed the speed of light), the actual significance of these experiments is a little different. These types of superluminal phenomena, Robertson et al. explain, violate neither causality nor special relativity, nor do they enable information to travel faster than c. In fact, theoretical work had predicted that the superluminal speed of the group velocity of sound waves should exist. 'The key to understanding this seeming paradox is that no wave energy exceeded the speed of light,' said Robertson."<ref>http://www.physorg.com/news88249076.html</ref>

"A team of researchers from the Ecole Polytechnique Fédérale de Lausanne (EPFL) has successfully demonstrated, for the first time, that it is possible to control the speed of light – both slowing it down and speeding it up – in an optical fiber, using off-the-shelf instrumentation in normal environmental conditions. Their results, to be published in the August 22 issue of Applied Physics Letters, could have implications that range from optical [[computing]] to the fiber-optic telecommunications industry."<ref>http://www.scienceblog.com/light.html</ref> Both slowing down and speeding up of light within a substance other than a vacuum is made possible, because the light travels through the material, and that material affects the speed of light, i.e. a photon hits an electron, which then exits and emits a slightly lower energy photon out in the direction that the original photon was traveling, thus maintaining conservation of momentum. No matter how transparent an object may appear, it radically impacts the speed of the light traveling through it, as demonstrated by the refractive production of a rainbow by a crystal, which Newton himself discovered.

"A pair of German physicists claim to have broken the speed of light - an achievement that would undermine our entire understanding of space and time. ... Dr Nimtz told New Scientist magazine: 'For the time being, this is the only violation of special relativity that I know of.'"<ref>http://www.telegraph.co.uk/earth/main.jhtml?xml=/earth/2007/08/16/scispeed116.xml</ref>

==Pending research==

Today some physicists are working on hypothesizing how general relativity might have related to the other three forces of nature during the first fraction of a second of the [[Big Bang]]. Two of the more commonly studied attempts are [[string theory]] and [[loop quantum gravity]], but they have failed to produce any evidence that science mandates a science must have, and both typically take large amounts of work to even conform to what scientists believe. Critics increasingly point out that string theory and loop quantum gravity are largely untestable and unfalsifiable, and thus potentially unscientific under the principles of science advanced by [[Karl Popper]].<ref>See, for example, ''Not Even Wrong'', by Peter Woit</ref>

Relativity continues to be tested and some physics professors remain skeptical of the theory, such as University of Maryland physics professor Carroll Alley, who served as the principle physicist on the Apollo lunar project.<ref>http://science.nasa.gov/headlines/y2004/21jul_llr.htm</ref>

== Political aspects of relativity ==

Some [[liberal]] politicians have extrapolated the theory of relativity to metaphorically justify their own political agendas. Law professor [[Laurence Tribe]] applied the relativistic concept of "curvature of space" to promote a broad legal right to [[abortion]].<ref>Tribe argued that the [[Constitution]] should be interpreted to establish a right to federally funded [[abortion]] and that, more generally, ''[[Roe v. Wade]]'' does not go far enough. They insisted that a relativistic "curvature of space" could achieve this result by expanding application of the [[Constitution]] based on its impact on personal choice. "The ''[[Roe v. Wade]]'' opinion ignored the way in which laws regulating pregnant women may shape the entire pattern of relationships among men, women, and children. It conceptualized abortion not in terms of the intensely public question of the subordination of women to men through the exploitation of pregnancy, but in terms of the purportedly private question of how women might make intimately personal decisions about their bodies and their lives. That vision described a part of the truth, but only what might be called the Newtonian part. ... [A] change in the surrounding legal setting can constitute state action that most threatens the sphere of personal choice. And it is a 'curved space' perspective on how law operates that leads one to focus less on the visible lines of legal force and more on how those lines are bent and directed by the law's geometry." Laurence H. Tribe, The Curvature of Constitutional Space: What Lawyers Can Learn from Modern Physics, 103 Harv. L. Rev. 1, 16-17 (1989).</ref> As of June 2008, over 170 law review articles have cited this [[liberal]] application of the theory of relativity to legal arguments.<ref>Search conducted by [[User:Aschlafly]] in the LEXIS database "US Law Reviews and Journals, Combined," conducted June 1, 2008.</ref> Applications of the theory of relativity to change morality have also been common.<ref>"Mistakenly, in the minds of many, the theory of relativity became relativism."[http://www.worldnetdaily.com/news/article.asp?ARTICLE_ID=38081]</ref> Moreover, there is an unmistakable effort to censor or ostracize criticism of relativity.<ref>Although the [[Examples of Bias in Wikipedia|liberally biased Wikipedia]] contains lengthy criticisms of the subjects of many entries, and even though publications like ''The Economist'' recognize the lack of scientific satisfaction in the theory (see, e.g., "Weighing the Universe," The Economist (Jan. 25, 2007)), Wikipedia's entry on [http://en.wikipedia.org/wiki/Theory_of_Relativity Theory of Relativity] omits one word of criticism.</ref>

Physicist [[Robert Dicke]] of Princeton University was a prominent critic<ref>http://www.time.com/time/magazine/article/0,9171,943324,00.html</ref> of general relativity, and Dicke's alternative "has enjoyed a renaissance in connection with theories of higher dimensional space-time."<ref>"Initially a popular alternative to General Relativity, the Brans-Dicke theory lost favor as it became clear that omega must be very large-an artificial requirement in some views. Nevertheless, the theory has remained a paradigm for the introduction of scalar fields into gravitational theory, and as such has enjoyed a renaissance in connection with theories of higher dimensional space-time."[http://nedwww.ipac.caltech.edu/level5/Glossary/Essay_bekenstein.html] </ref> Despite being one of the most accomplished physicists in the 20th century, Dicke was repeatedly passed over for a Nobel Prize, and in at least one case Dicke was insulted by the award being granted to others for contributions more properly credited to Dicke.

There has been little recognition by the Nobel Prize committee of either theory of relativity, and particularly scant recognition of the Theory of General Relativity.

===Government Support for Relativistic research===
The Theory of Relativity enjoys a disproportionate share of [[federal funding]] of physics research today.<ref>The Democratic Congress insisted on the $250 million LIGO project despite substantial criticism by scientists that it was wasting scarce research dollars. John Travis, "LIGO: a $ 250 million gamble; Laser Interferometer Gravitational-Wave Observatory; includes related article," ''Science'' p. 612 (Apr. 30, 1993). "Adding to the acrimony is LIGO's $ 250 million price tag, which some hold responsible for NSF's recent funding woes." ''Id.''</ref> In at least one case that research has been unsuccessful. The $365 million dollar LIGO project has failed to detect the gravity waves predicted by relativity.<ref>http://www.npr.org/programs/atc/features/2002/sept/gravitywaves/index.html</ref>

{{Relativity}}

== References ==
{{reflist|2}}

[[Category:Physics]]
[[Category:Science]]

==External Links ==
*[http://ia331314.us.archive.org/2/items/theeinsteintheor11335gut/11335-h/11335-h.htm The Einstein Theory of Relativity, by H.A. Lorentz.]
*[http://www.relativitycalculator.com Relativity Calculator - Learn Special Relativity Mathematics ] The mathematics of special relativity presented in as simple and comprehensive manner possible within philosophical and historical contexts.