Pairing phase transition in mesoscopic systems Tony Sumaryada Alexander Volya Department of Physics Florida State University Tallahassee, FL 32306 19 th.

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Presentation transcript:

Pairing phase transition in mesoscopic systems Tony Sumaryada Alexander Volya Department of Physics Florida State University Tallahassee, FL th National Nuclear Physics Summer School July 8-20 th 2007 Florida State University Tallahassee Florida

Outline Exact solution of pairing Distribution of zeros of the grand canonical and canonical partition function and the classification of phase transition The effect of magnetic field to the type of phase transition Summary

Exact solution of pairing* Two body Hamiltonian Introducing quasi spin operators Now Hamiltonian can be written as *A.Volya, B.A.Brown, V.Zelevinsky Phys. Lett. B 509 (2001) 37-42

Distribution of zeros (DOZ) of the grand canonical partition function (GCPF) and canonical partition function (CPF ) Yang-Lee’s Theory *: Phase transition can be characterized by the analytic behavior of DOZ near a critical point We can express DOZ in the complex chemical potential plane Two levels = 50 and G=1.00 *C.N. Yang and T.D. Lee, Phys.Rev.87,(1952) 404

G=0.50 G=2.00G=1.00 DOZ of GCPF in the complex chemical potential plane for two levels system and = 50 particles

Classification of Phase transitions 1 st order phase transition :  < 0 or  = = 0 2 nd order phase transition : 0 <  < 1 and = 0 or  0 Higher order phase transition :  > 1 * P. Borrmann, O.Mulken, J.Harting, Phys.Rev.Lett 84 (2000) A. Schiller et al Phys.Rev.C 66 (2002) DOZ of CPF in the complex temperature plane *

Evolution of DOZ in the complex temperature plane for two levels system and N=100 particles

1 st order phase transition :  < 0 or  = = 0 2 nd order phase transition : 0 <  < 1 and = 0 or  0 Higher order phase transition :  > 1 Classification of the Phase Transition for Two levels system and N=100 particles

The effect of magnetic field to the type of phase transition Evolution of DOZ for 2 level system, N=60 and G=1.00

The evolution of critical parameters as a function of B in system with N=100 and V=1.00

Summary DOZ of GCPF and CPF provide rich informations about pairing phase transition in the mesoscopic system, Including the classification of phase transitions Magnetic field can change the type of phase transition