Mathematical Physics

    

Quantum Gravity, and the Calculation of Maximum Sol Mass

Authors: Stephen H. Jarvis

Here Temporal Mechanics shall derive the mass of the electron using the same system of logic that derived the mass of the neutrino in paper 35 (Temporal mechanics (E): Time-Space Logistics) to then derive new equations for gravity via a process of equating time to space, and thus in theory, providing a theory for quantum gravity. There, an equation for gravity will be proposed that calculates the minimum and maximum limits of mass for a gravitational field, thence deriving the maximum mass of a sun from the mass of the neutrino, subsequently presenting a key insight to cosmology theory. From here, an equation proposing the maximum and minimum limits of space shall be derived in supporting the proposed time-equation and the temporal event of time not passing at the speed of light c, successfully deriving the Planck length, putting into question the current one-dimensional mathematical formalisms for time.

Comments: 33 Pages.

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Submission history

[v1] 2021-07-13 14:30:54
[v2] 2021-08-15 22:59:23
[v3] 2021-09-23 20:56:36
[v4] 2021-10-30 04:11:03

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