Quantum Physics

    

Modified Path Integral Interpretation (Mopi) and Suggested Experiments Challenging Special Relativity

Authors: Israel Shapira, Micky Maltz, Meir Amiram

Concerning the constancy of the speed of light, we indicate that Feynman's "sum-over-paths" theory of quantum mechanics implicitly relates also to velocities of a photon from C to infinity through the paths, and not only to paths alone taken by the photon. We suggest a modification of Feynman's approach according to which every single photon not only travels from source to destination in all possible paths, but also in all the velocities from zero to infinity, through each of the paths. Matter, however (as already suggested by Israel Shapira several years ago), is tuned to interact with photons only at the special relative velocity C. It follows that the behavior of light as stated by the second postulate of special relativity can result from this suggested physics. We propose experimental setups that challenge special relativity in this regard.

Comments: 6 Pages.

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Submission history

[v1] 2015-10-07 07:30:27

Unique-IP document downloads: 185 times

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