by Robert J. Buenker
Bergische Universit├Ąt, Wuppertal


The present blog calls attention to an undeclared assumption made by Albert Einstein in his landmark paper [Ann. Physik 17, 891 (1905)] in which he introduced the special theory of relativity (SR). The emphasis in textbooks and periodicals is always on his two postulates of relativity (the relativity principle and the constancy of the speed of light in free space), but the well-known results of his theory such as Fitzgerald-Lorentz length contraction and the symmetry of time dilation (two clocks in motion each running slower than the other) are based just as directly on this totally unsubstantiated assumption as on the latter (please follow this link for the full text of this introduction).

For my proposal for an Alternative Lorentz Transformation (ALT), click here.

Monday, March 3, 2014

New Publication

Relativity Contradictions Unveiled:
Kinematics, Gravity and Light Refraction

available as a Paperback from Amazon.com

Physicists have been taught that lengths contract when clock rates slow on a moving object. However, in order to satisfy the light-speed constancy postulate, it is essential that lengths expand whenever clocks slow down, and in exactly the same proportion. The fact that relativity theory leads to opposite predictions of experimental results depending on how it is applied is traced to an assumption Einstein made in his original derivation of the Lorentz transformation. By relying instead on the everyday experience of the GPS methodology, it is possible to define a different space-time transformation that still satisfies Einstein’s postulates but removes all contradictions in the existing theory. 

It also enables a return to a purely objective view of the measurement process by assuming that the standard units in which the laws of physics are expressed vary systematically between different rest frames. This approach allows for quantitative prediction of key experimental results caused by gravity such as the angle of displacement of star images during solar eclipses. It also leads to a challenge to Einstein’s General Theory of Relativity regarding the precession of orbiting satellites. These results permit a much more sanguine assessment of Newton’s vision of the Universe in terms of a strict separation between space and time. The book also points out a previously unnoticed connection between his corpuscular theory of light and the key quantum mechanical relationships first discovered at the dawn of the 20th century.

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