8573

7954

كارشناسي ارشد

ذرات بنيادي

اصفهان: دانشگاه صنعتي اصفهان، دانشكده فيزيك

1392

هشت،81ص.: نمودار

ص.ع.به فارسي و انگليسي

بهروز ميرزا

فرهنگ لران

7/12/92

فيزيك

ID7954

به فارسي و انگليسي: قابل رويت در نسخه ديجيتالي

Condensation of bosonic gas on event horizon andcorrection of entropy and black hole temperature according to the Generalized Uncertainty Principle Sadegh Sadeghi sad5525@yahoo com 11 1 2014 Department of Physics Isfahan University of Technology Isfahan 84156 83111 Iran Degree M Sc Language FarsiSupervisor Prof Behrouz Mirza b mirza@cc iut ac irAbstractIn 1975 the discovery of the Black holes temperature and entropy by Hawking made this field one of the interesting areas of research Recently Verlinde have given a very innovative suggestionconsidering the origin of the gravitation He argues that the gravitational force may be describedby the entropic force Based on holographic principle he assumed the information storage on theholographic surfaces This principle postulate that the maximum amount of information stored onthe space is proportional to all N bits on the holographic surfaces In this dissertation we explore asystem of gas that includes N bosonic particles in the near horizon region Following the above ideas we demonstrated that in the condensed state the Hawking temperature is exactly the temperaturein which the transition occur Our method also yields the entropy of black holes and confirms theresult that it is proportional to the event horizon area In this thesis we are concerned with the effectof the Generalized Uncertainty Principle GUP on the black holes entropy the corrections to theHawking s temperature the phase transition temperature and the other thermodynamics variables which are investigated in the last section Keywords Black Holes Entropy Generalized Uncertainty Principle Bose Einstein Condensation Holo graphic Principle Hawking s Temperature Black Holes Thermodynamics

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