High Energy Particle Physics

    

On the Physical Implications of Spacetime, Entropy, and Matter-energy Conversion

Authors: Dominic Espree

Quantum gravity is the most profound outstanding question in fundamental physics. How do we describe spacetime itself quantum mechanically? In this article we present a novel approach called “geometrodynamics,” which uses the interconnections between space, time, and mechanical entropy. In particular we will show how quantum scattering processes indicate that Lorentz symmetry must be broken, in a way manifested physically through transformation of energy into mass that can no longer be accelerated. Throughout we apply our theoretical ideas to specific physical situations.

Comments: 14 Pages.

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Submission history

[v1] 2020-11-30 08:58:27

Unique-IP document downloads: 358 times

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