Astrophysics

   

The Graviton in an Equilibrium Universe and the Holographic Principle

Authors: David Harding

This study concludes that the universe is necessarily in equilibrium, that all black holes weigh the same per meter, exibit the same force, and that the universe “sees” a specific value as the Graviton, the quintessence of existence. This virtual particle is equal to the Schwarzschild /de Broglie product of any mass or particle whatsoever. The relation confirms that the source of all things is the Planck Interaction, and also, that all particles and all masses should be defined by their Schwarzschild radii, as well as by their de Broglie radii. Further we conclude that the universe is indeed holographic (as described above), yet with the appearance that it is also a finite black hole, and we being observers within it, exist within a predefined space, as governed by the natural constants. It was noted, that we can only observe matter that has not fallen into smaller event horizons. As such, this state includes us as observers. We can observe all matter within our defined space (the universal event horizon), but beyond this space (either larger or smaller) we can observe nothing.

Comments: 11 Pages.

Download: PDF

Submission history

[v1] 2014-06-21 13:13:12
[v2] 2014-06-24 19:11:49

Unique-IP document downloads: 398 times

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