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Black Hole Entropy, Verlinde’s Entropy Gravity Proposal and Unruh Formula in Projection Gravitation
Author(s) -
Xiaolin Li
Publication year - 2019
Publication title -
international journal of physics
Language(s) - English
Resource type - Journals
eISSN - 2333-4576
pISSN - 2333-4568
DOI - 10.12691/ijp-7-2-4
Subject(s) - unruh effect , physics , black hole (networking) , gravitation , black brane , black hole thermodynamics , extremal black hole , entropy (arrow of time) , white hole , theoretical physics , mathematical physics , classical mechanics , quantum mechanics , quantum , computer network , routing protocol , routing (electronic design automation) , computer science , link state routing protocol
In the projection gravitation theory, there exists a merging model of black hole formation. Particles that meet the merging condition can be combined together to form a black hole. The essence of a black hole is an empty hole. A black hole is not a single object, it is a composite particles system. From this model, the black hole entropy formula can be easily derived out. This merging condition is equivalent to a temperature condition. From this black hole model, we can easily derive out the Verlinde’s entropy gravity proposal formula and the Unruh formula. It is also proved that the Verlinde’s entropy gravity proposal formula and the Unruh formula are actually equivalent. The Verlinde’s entropy gravity proposal theory is not universally correct, but only in special circumstances. The gravitational acceleration produced by an object has a maximum value. Projection gravitation theory has important research value.

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