Quantum Gravity and String Theory

    

Orbital Dynamics of Timespace: Deriving Einstein’s Mass-Energy and Field Equations

Authors: Benjamin Lesel

While General Relativity has strong mathematical underpinnings that predict much of our spacetime observations, convincing physical understandings of these principles are vague and unconvincing. Herein we explore the physical assumption that the primary element of relativity is an orbit, which can take place either in time (space-time) or outside of time (time-space) and we use this assumption to derive Einstein’s most famous relativity equations from this first principle. Herein we explore the origin of mass, and how gravity, time and light are intimately connected aspects of a universal orbit.

Comments: 7 Pages.

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[v1] 2024-05-14 05:13:01

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