Mathematical Physics

   

Time-Space Wave-Mechanics

Authors: Stephen H. Jarvis

This paper, a continuation of the previous 22 papers, takes the description of time and space and those associated dimensional mechanics to a new theoretical level, primarily examining in detail the nature of what is termed the time-space field (TSF) and how that field is able to explain the wave-nature of light beyond that of the contemporary explanation of the photon. The basis of the description is central to the new time-algorithm as accounted for in the preceding 22 papers detailing time-points in space that have associated to them the quality of a time-space spin (TSS) relative to each other in the general back-drop of the 3-d spatial vacuum. From this TSF is described a time-space template (TST) for the development of atomic elementary particle phenomena and associated fundamental interactions, deriving charge and mass for atomic particles, beyond which is explained the time-space wave (TSW) phenomenon of the TSF for both EM and Gravity, highlighting a new phenomenon that exists between EM and the proposed EMDIR (gravity analogue) field. This then finally gives allowance for the description of a time-space pulse (TSP) phenomenon as the simplest relationship between the wave mechanics of EM and G, highlighting the EMDIR-EM repulsive effect in nature, nature, deriving the Vacuum constant of space, finally proposing an application for this new science.

Comments: 34 Pages.

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Submission history

[v1] 2020-07-29 05:26:42
[v2] 2020-08-26 04:32:51
[v3] 2020-11-27 22:56:42

Unique-IP document downloads: 316 times

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