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Old 09-11-2018, 11:09 AM  
ilnjscb
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Quote:
Originally Posted by Idigmygirls View Post
Are there any actual physicists on this board?

I posted a paper a few years ago in which I postulated what was essentially a theory of quantum gravity.

I've now worked out all of the math, and my first in a series of actual scientific papers is shortly going to be published in a reputable scientific journal. Subsequent papers will show how my new mathematical framework (which I call Geometric Relativistic Transformations, or GRTs) prove that gravity and electromagnetism are actually the same force (actually, both are curved spacetime that can be described by a single force equation).

I'm starting to look for a good animator to produce a video that will explain my entire theory of quantum gravity from start to finish for those that are not inclined to read dense science and math of a journal paper.

For those who are interested, I can give you this part of the equation that should blow your mind for real

My technique generated a new equation for the Lorentz Factor (the number that tells us how spacetime gets warped by objects in relative motion).

By comparing my equation to the traditional equation (of Einstein fame in special relativity), the solution to unification of forces becomes obvious. You see, in the traditional equation, there is a division by zero at the speed of light. By substitution of terms with my new equation, we can get rid of that problem.

Here is the simple math:

Lorentz factor traditional equation is (where "g" is the lorentz factor):

g = 1/(root: (1-v^2/c^2)) that is 1 over the square root of 1-(velocity squared/speed of light squared)

New equation:

g = sec(arsin(B)) where B is the relative velocity. sec = secant and asin = arcsine

I have proven that 1/(root: (1-v^2/c^2)) = g = sec(arsin(B))

This simple equation solves the problems with unification of relativity and quantum mechanics. Obviously I'm super excited

I'll post when my first paper has been published!
I would say it would be pretty miraculous if you could solve quantum gravity with trigonometry, which you appear to have tried. Since measurements indicate no granularity, I would think you'd need a derivative, at least and probably a double derivative.
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