TL;DR
This paper reviews the current status of vacuum integrals used in perturbative QCD at finite temperature, highlighting differences from zero-temperature methods and listing known master integrals.
Contribution
It provides a comprehensive overview of finite-temperature vacuum integrals and compiles a list of known master integrals for hot QCD calculations.
Findings
Identifies key differences between finite-temperature and zero-temperature techniques.
Provides a list of known basic master integrals for hot QCD.
Summarizes the current status of vacuum integral computations in hot QCD.
Abstract
In this talk we review the status concerning vacuum integrals needed in perturbative expansions of QCD at non-zero temperature. We will focus on the differences as compared to familiar zero-temperature techniques, and provide a list of known basic master integrals.
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