Electric Screening Mass of the Gluon with Condensate at Finite Temperature
Ivan Schmidt (Universidad Federico Santa Maria, Chile), Jian-Jun, Yang (Universidad Federico Santa Maria, Chile, Nanjing Normal University,, China)
TL;DR
This paper estimates the electric screening mass of gluons at finite temperature by incorporating the gluon condensate, showing that thermal gluons gain an electric mass proportional to temperature.
Contribution
It introduces a method to calculate the gluon electric screening mass using the gluon condensate at finite temperature, providing new insights into thermal QCD behavior.
Findings
Gluons acquire an electric mass of order T above the critical temperature.
The gluon condensate significantly influences the electric screening mass.
Thermal gluons are effectively screened due to the condensate.
Abstract
The electric screening mass of the gluon at finite temperature is estimated by considering the gluon condensate above the critical temperature. We find that the thermal gluons acquire an electric mass of order T due to the gluon condensate.
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