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Talk:Counterexamples to Relativity (view source)
Revision as of 06:10, January 13, 2012
, 06:10, January 13, 2012no edit summary
:This statement is true also. The dramatic decrease in entropy predicted by Relativity is contrary to the Second Law. No known mechanism offsets that decrease.--[[User:Aschlafly|Andy Schlafly]] 23:39, 12 January 2012 (EST)
:This statement is true also. The dramatic decrease in entropy predicted by Relativity is contrary to the Second Law. No known mechanism offsets that decrease.--[[User:Aschlafly|Andy Schlafly]] 23:39, 12 January 2012 (EST)
:::'''re: 15.''' The existence of gravitons was hypothesized in an attempt to reconcile relativity with quantum mechanics. General relativity, by itself, does not predict the existence of gravitons. Furthermore, money spent testing a hypothesis that is ultimately not supported is not "wasted" (otherwise, I'd be out of a job)--the knowledge gained in testing the hypothesis allows a better hypothesis to be formulated.
:::'''re: 18.''' General relativity correctly predicted gravitational lensing, the existence of black holes, and the accelerating expansion of the universe. Additionally (and this is the first example that I can come up with off of the top of my head, RSchlafly probably knows a few better ones), relativistic effects must be compensated for to maximize the accuracy of satellite-based GPS systems.
:::'''re: 24.''' Black hole formation results in a net increase in entropy when considering the system as a whole. If you were to consider just the mass of the resultant black hole as a closed system, the degeneracy forces outweigh the net gravitational force significantly enough to prevent collapse into a schwarzchild radius. In just overcoming this by itself (as theoretically happens in super-massive black holes), there would be a massive output of emitted particles (radiation), which would still result in a net increase in the entropy of the system.
:::These counterexamples are not valid. Plain and simple. --[[User:RudrickBoucher|RudrickBoucher]] 01:10, 13 January 2012 (EST)