Relativity and Cosmology

    

Relativistic Physics of Real Domain Transforms of Special Relativity

Authors: Gajendra Singh Solanki

In our previous paper, the real domain transform is derived and its equivalence with Lorentz transform is established. The latter operates in the Minkowski domain by mapping the positions and computing the times accordingly, thus taking advantage of four-vector-based covariant formulations by mixing spacetime, but the same makes it difficult to interpret. The former operates in the real domain that maps the times and computes positions, providing an alternative view to facilitate a correct interpretation of Lorentz transform. Besides exhibiting relativistic time-dilation, lightspeed preservation, length-contraction, velocity-addition, clock-compatible interval and phase relationship, and the Doppler principle, the new transforms also predict new phenomena like relativity of spatial concurrence and relativistic non-localization that remained hidden so far and challenge the interpretation of Lorentz transform based on the relativity of simultaneity.

Comments: 7 Pages. This is the fourth paper in the series of 'Rudiments of relativity revisited'. New transforms applied here are derived in the previous one. The next few papers propose new experiments that can verify the new phenomena predicted.

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Submission history

[v1] 2020-11-20 12:14:26
[v2] 2020-11-23 13:44:02
[v3] 2021-01-08 19:46:47
[v4] 2021-02-23 14:58:07

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