Speaker
闯 黄
(大连理工大学)
Description
The Yang-Mills theory with background field has been studied at finite temperature with the functional renormalization group approach. The flow equations for correlation functions with a nonvanishing temporal gluon background field have been solved with the Landau-DeWitt gauge, and the magnetic, electric gluon propagators, ghost propagator at different eigenvectors have been obtained at finite temperature. We also integrate-out the flow of Polyakov loop potential, and the relevant confinement-deconfinement phase transition has been investigated. The scaling and decoupling solutions with the background field have also been discussed.
| Topics | Other related physics |
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Primary author
闯 黄
(大连理工大学)
Co-authors
Ms
Coralie Schneider
(Heidelberg University)
Ms
Friederike Ihssen
(Heidelberg University)
Prof.
Jan Martin Pawlowski
(Heidelberg University)
Dr
Nicolas Wink
(Heidelberg University)
伟杰 付
(大连理工大学)
阳阳 谈
(大连理工大学)
