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Title
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UV/IR MIXING AND BLACK HOLE THERMODYNAMICS
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Type
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JournalPaper
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Keywords
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Noncommutative geometry; UV/IR mixing; black hole thermodynamics
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Abstract
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The goal of this paper is to investigate the final stage of the black-hole-evaporation process in the framework of Lorentz-violating modified dispersion relations (MDRs). As a consequence of MDRs, the high energy sector of the underlying field theory does not decouple from the low energy sector — a phenomenon known as UV/IR mixing. In the absence of exact supersymmetry, we derive an MDR which shows UV/IR mixing by a novel energy dependence. Then we investigate the effects of this type of MDRs on the thermodynamics of a radiating noncommutative Schwarzschild black hole. The final stage of black hole evaporation obtained in this framework is compared with existing pictures.
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Researchers
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Behnaz Fazlpour (Second Researcher), Kourosh Nozari (First Researcher)
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