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Theoretical Study of Thermal Photon Emissions From Quark-Gluon Plasma Using Lattice QCD
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Theoretical Study of Thermal Photon Emissions From Quark-Gluon Plasma Using Lattice QCD
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Journal Article
Theoretical Study of Thermal Photon Emissions From Quark-Gluon Plasma Using Lattice QCD
2025
Overview
In this paper, the resulting photon emission rate in the collision ug → sgγ is studied and calculated using Spectral Function simulation methods to understand the quark-gluon plasma. The Spectral Function and photon emission rate of the ug → sgγ reaction are analyzed at a critical temperature of 157 MeV with a flavor number of n f =5. To calculate the spectral function with low statistical uncertainty, the quantum chromodynamics theory of quark-gluon collisions is used to investigate the accuracy of thermal photon emission in determining photon emission rates. The Spectral Function analysis utilized multi-lattice space and extrapolation correlation factors at nf =5 for the ug → sgγ collision to extract the behavior of the spectral function and its effects on the photon rate from the QCD lattice correlations. The photon emission rate from the ug → sgγ interaction at 157 MeV offers insights into collision dynamics through spatial transverse vector correlations and lattice QCD. The Spectral Function analysis was performed in a multi-lattice space based on the extrapolation correlation factors with the flavor number 5 of the ug → sgγ collision. The QCD correlations, combining non-perturbative and perturbative effects at finite coupling, show an agreement within 10%.
Publisher
IOP Publishing
