Evaporation of Schwarzschild Black Hole in the Large N Matrix Theory
Yi-hong Gao, Wei Zhang
TL;DR
This paper models the evaporation of Schwarzschild black holes within the large N Matrix theory using D0-brane clusters, deriving the Hawking radiation rate and providing evidence for Lorentz invariance in this framework.
Contribution
It presents a derivation of the Hawking evaporation rate for Schwarzschild black holes in the large N Matrix model using D0-brane clusters, supporting Lorentz invariance.
Findings
Correct formula for Hawking evaporation rate derived
Evidence supporting Lorentz invariance in Matrix model physics
Modeling black hole evaporation within large N Matrix theory
Abstract
By using the D0-brane cluster picture, we consider the Hawking radiation of Schwarszchild black hole (SBH) in large N Matrix model. We get the correct formula for the the Hawing evaporation rate. Our results give some evidence on the Lorentz invariance of the physics of Matrix model.
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Taxonomy
TopicsBlack Holes and Theoretical Physics · Cosmology and Gravitation Theories · Relativity and Gravitational Theory