Theoretical Study of Photon Transition for Quark–Quark Interaction at Bremsstrahlung Process

In this paper, we investigate and study quantum theoretical of quark-gluon interaction modeling in QGP matter formatted. In theoretical modeling, we can use a flavor number, strength coupling, critical energy Tc = 190 MeV, system energy (400-650)MeV, fugacity of quark and gluon, and photon energy in range of 1-10 GeV parameter to calculation and investigation spectrum of photon rate. We calculation and study the photon rate produced through bremsstrahlung processes from the stable QGP matter. The photon rate production from cg → dgy systems at bremsstrahlung processes are found to be increased with increased fugacity, decreased strength coupling, decreased the photons energy and temperature of system. The photons rate in cg → dgy is increases a little compared to the cg → bgy systems.

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Investigation and Study of Photonic Current Rate in Bremsstrahlung process

Bkmurd¹,

Al-Agealy

Ashwiekh

2021

J. Phys.: Conf. Ser.

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Theoretical Study of Photon Transition for Quark–Quark Interaction at Bremsstrahlung Process

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Investigation and Study of Photonic Current Rate in Bremsstrahlung process

Investigation and Study of Photonic Current Rate in Bremsstrahlung process

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