Dissertation > Excellent graduate degree dissertation topics show

Research of Statistical Origin of Black Hole Entropy

Author: CaoFei
Tutor: HeFeng;HuangZuoZhi
School: Hunan University of Science and Technology
Course: Theoretical Physics
Keywords: deSitter black hole space-time Statistical Entropy Equation of state density Arbitrary order
CLC: P145.8
Type: Master's thesis
Year: 2011
Downloads: 18
Quote: 0
Read: Download Dissertation


Theory and observation since the black hole General relativity predicts , researchers have done a lot of work , trying to reveal the nature of black holes and the origin of black hole entropy statistics . This paper studies the use of correction to any order of the Planck length equation of state density calculation the static SPACETIME statistical entropy . In the first chapter , we first introduce the origin of the black hole and its formation process , and then introduced the basic concepts and theory of black hole science , followed by a discussion of the statistical origin of black hole entropy . In the second chapter , we summarized solving the two models of black hole entropy ( brick wall model and film model ) , and describes the applicable conditions of the two models ; to the Schwarzschild SPACETIME and static deSitter SPACETIME use two models for solving the entropy of the scalar field to draw statistical entropy of black hole space - time quantum field and its surface area is proportional to the conclusion ; final summary of the characteristics of both models and the analysis of the encounter in the course of the study cutoff and entropy divergence . The third chapter introduces the author 's own work . First introduced the generalized uncertainty relation for position and momentum , and thus get the position of the minimum uncertainty ; amend the equation of state density corresponding micro- state relations based on the promotion of easy , the use of the equation of state density after correction the black hole outside material field of quantum states the number at the horizon is convergence ; Finally, the amendments to the Planck length of any order of the density of states equation application to the Schwarzschild-deSitter black hole space-time scalar field statistical entropy of calculation and Reissner-Nordstrom black hole space-time Dirac field statistics entropy calculation .

Related Dissertations

  1. Substance Flow Analysis, Ecological Footprint Analysis and Their Application,F205
  2. Hyperon Rich Neutron Star Matter at Finite Temperature,P145.6
  3. Black hole entropy , the black hole of the de Broglie-Bohm quantum Quintessence cosmology,P145.8
  4. Arbitrary Order Hilbert Spectral Analysis: Definition and Application to Fully Developed Turbulence and Environmental Time Series,O357.5
  5. Long-time Dynamical Behavior of Global Solutions for the Equation with Fading Memory,O19
  6. Research and Application of Traditional and Higher-Order Sliding Mode Control,TP13
  7. Anisotropic Analysis of Arbitrary Order Lagrange Finite Elements in Two and Three Dimention Spaces,O241.3
  8. The Mass-radius Relation of Rotating Neutron Star under Color Superconductivity Phase and Latent Heat from Spin One Color Superconductivity Phase Transitions,P145.6
  9. Theoretical research on holographic dark energy in the Brans-Dicke universe,P145.9
  10. Supersymmetric Extension of the Minimal Dark Matter Model,P145.9
  11. Study on Hawking Radiation and Tunneling Effect,P145.8
  12. The Phenomenology of Singlet Fermionic Dark-Matter,P145.9
  13. Research on the Explosion of Type Ⅱ Supernova,P145.3
  14. Dark energy model and its analysis and comparison,P145.9
  15. Research of Energy Stability and Perturbation of Q- ball Dark Matter,P145.9
  16. The Study of Energy Stability and Excited State in Q-bubble Dark Matter,P145.9
  17. Characteristics of the BL Lac objects,P145.9
  18. The Blazar short timescales light changed and radio long when standard optical variable .,P145.9
  19. A Study on the Dynamic Stability and the Property of Interaction of Generalized Chaplygin Gas,P145.9
  20. The Equation of State and Explosive Energy of Type II Supernova,P145.3

CLC: > Astronomy,Earth Sciences > Astronomy > Astrophysics > Stellar physics > Collapsing star ( black hole)
© 2012 www.DissertationTopic.Net  Mobile