Changes

Unlike most advances in physics, the theory of relativity was proposed based on mathematical theory rather than observation.  The theory rests on two postulates that are difficult to test, and then derives mathematically what the physical consequences should be.  Those two postulates are that the speed of light never changes, and that all laws of physics are the same in every (inertial) frame of reference no matter where it is or how fast it is traveling.  This theory rejects [[Isaac Newton]]'s God-given theory of gravitation and replaces it with a concept that there is a continuum of space and time, and that large masses (like the sun) bend space in a manner similar to how a finger can depress an area of a balloon.  From this proposed bending of space the expression arose that "space is curved." But experiments later proved that space is flat overall.

Unlike most advances in physics, the theory of relativity was proposed based on mathematical theory rather than observation.  The theory rests on two postulates that are difficult to test, and then derives mathematically what the physical consequences should be.  Those two postulates are that the speed of light never changes, and that all laws of physics are the same in every (inertial) frame of reference no matter where it is or how fast it is traveling.  This theory rejects [[Isaac Newton]]'s God-given theory of gravitation and replaces it with a concept that there is a continuum of space and time, and that large masses (like the sun) bend space in a manner similar to how a finger can depress an area of a balloon.  From this proposed bending of space the expression arose that "space is curved." But experiments later proved that space is flat overall.

Nothing useful has even been built based on the theory of relativity.  [[Albert Einstein]]'s work had nothing to do with the development of the [[atomic bomb]], contrary to popular opinion.  Only one Nobel Prize has ever been given (in 1993) that relates to relativity, and the validity of that particular award is questionable.  Many things predicted by the theory of relativity, such as gravitons, have never been found despite much searching for them.  Many observed phenomenon, such as the bending of light passing near the sun or the advance of the perihelion in the orbit of Mercury, can be also predicted by Newton's theory.

Nothing useful has even been built based on the theory of relativity.  Scientists claim that this is because relativity only applies to extremely heavy or fast objects and rely on future scientists to finally come up with the proof that will vindicate their life's work.  Most conservatives are skeptical since science is supposed to be about finding proof before a theory becomes a fact, not after.  [[Albert Einstein]]'s work had nothing to do with the development of the [[atomic bomb]], contrary to popular opinion.  Only one Nobel Prize has ever been given (in 1993) that relates to relativity, and the validity of that particular award is questionable.  Many things predicted by the theory of relativity, such as gravitons, have never been found despite much searching for them.  Many observed phenomenon, such as the bending of light passing near the sun or the advance of the perihelion in the orbit of Mercury, can be also predicted by Newton's theory.

British Historian Paul Johnson declares the turning point in 20th century to have been when fellow Brit Sir [[Arthur Eddington]], the top English astronomer, ventured out on a boat off Africa in 1919 to observe the bending of starlight around the sun during a total eclipse.  The theory of relativity predicts twice the bending of light around massive objects compared to Newton's theory, and an eclipse is required to darken the sun so that the starlight may be seen in proximity to the sun.  Eddington liked publicity and probably dreamed of winning a Nobel Prize, and upon his return to England declared that his observations proven the theory of relativity.  That was good enough for reporters and historians, but the Nobel committee was not impressed and declined to give him an award.  Recent analysis of Eddington's work revealed that he was biased in selecting his data, and that overall his data was inconclusive about the theory of relativity.   

British Historian Paul Johnson declares the turning point in 20th century to have been when fellow Brit Sir [[Arthur Eddington]], the top English astronomer, ventured out on a boat off Africa in 1919 to observe the bending of starlight around the sun during a total eclipse.  The theory of relativity predicts twice the bending of light around massive objects compared to Newton's theory, and an eclipse is required to darken the sun so that the starlight may be seen in proximity to the sun.  Eddington liked publicity and probably dreamed of winning a Nobel Prize, and upon his return to England declared that his observations proven the theory of relativity.  That was good enough for reporters and historians, but the Nobel committee was not impressed and declined to give him an award.  Recent analysis of Eddington's work revealed that he was biased in selecting his data, and that overall his data was inconclusive about the theory of relativity.