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Bifurcation of Dicke Model Driven by Laser Field and Scaling Theory of Critical Exponents Far from Equilibrium
引用本文:OU Fa (CCAST (World Laboratory) P. O. Box 8730,Beijing 100080 and Department of Applied Physics,South China University of Technology,Guangzhou 510641)WU Fugen (Department of basic Course,Guangdong University Technology,Guangzhou 510090). Bifurcation of Dicke Model Driven by Laser Field and Scaling Theory of Critical Exponents Far from Equilibrium[J]. Chinese Journal of Lasers, 1996, 5(5): 429-438
作者姓名:OU Fa (CCAST (World Laboratory) P. O. Box 8730  Beijing 100080 and Department of Applied Physics  South China University of Technology  Guangzhou 510641)WU Fugen (Department of basic Course  Guangdong University Technology  Guangzhou 510090)
作者单位:OU Fa (CCAST (World Laboratory) P. O. Box 8730,Beijing 100080 and Department of Applied Physics,South China University of Technology,Guangzhou 510641)WU Fugen (Department of basic Course,Guangdong University Technology,Guangzhou 510090)
摘    要:BifurcationofDickeModelDrivenbyLaserFieldandScalingTheoryofCriticalExponentsFarfromEquilibriumOUFa(CCAST(WorldLaboratory)P.O....

收稿时间:1995-08-15

Bifurcation of Dicke Model Driven by Laser Field and Scaling Theory of Critical Exponents Far from Equilibrium
OU Fa. Bifurcation of Dicke Model Driven by Laser Field and Scaling Theory of Critical Exponents Far from Equilibrium[J]. 中国激光(英文版), 1996, 5(5): 429-438
Authors:OU Fa
Abstract:Taking the bifurcation in a system of N superimposed two-levels atoms (the Dicke model ) driven by CW laser field as a concrete example and using the general quasither-modynamic relationships for dissipative systems, deals with the critical exponents far from equilibrium. The results obtained are consistent with the critical exponent mean field results and can be interpreted by the Widom's scaling theory.
Keywords:bifurcation of optical dissipative system  critical exponent  scaling rules
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