5–8 Aug 2014
Osaka Univiersity
Asia/Tokyo timezone

Functional Renormalization for Deconfinement Phase Transition in Friedberg-Lee Model

7 Aug 2014, 15:20
20m
Osaka Univiersity

Osaka Univiersity

Osaka, Japan

Speaker

mao shijun (X)

Description

We investigate the deconfinement phase transition at high temperature and density in the frame of Friedberg-Lee model. The method we employ is based on the exact renormalization group equation for the free energy. The truncated nonperturbative flow equations are derived and solved via both grid and potential expansion. We find that the deconfinement is a first order phase transition at high temperature and density.

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