Quantum Spectrum of Cherenkov Glue
Mikhail Alfimov, Andrei Leonidov
TL;DR
This paper presents a comprehensive quantum analysis of Cherenkov gluon radiation and decay processes, calculating energy losses and angular distributions relevant for high-energy nuclear collisions.
Contribution
It introduces a full quantum framework for Cherenkov gluon phenomena, including radiation and decay, with detailed energy loss and angular distribution calculations.
Findings
Quantitative energy loss estimates for Cherenkov gluons in nuclear collisions
Angular distribution patterns of Cherenkov gluon radiation
Quantum calculations of gluon decay into Cherenkov pairs
Abstract
Full quantum calculation of Cherenkov gluon radiation by quark and gluon currents and a Cherenkov decay of a gluon into a pair of Cherenkov gluons in transparent media is performed. Energy losses due to Cherenkov gluon radiation in high energy nuclear collisions are calculated. The angular distribution of the energy flow due to the radiation of Cherenkov gluons is analyzed.
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