Jet quenching in shock waves
Michael Spillane, Alexander Stoffers, Ismail Zahed
TL;DR
This paper investigates how ultrarelativistic light quark jets lose energy when passing through shock waves, using holography to determine stopping distances and their relation to jet energy.
Contribution
It introduces a holographic approach to analyze jet quenching in shock wave environments, providing new insights into energy loss mechanisms.
Findings
Maximum stopping distance depends on jet energy
Holographic model predicts energy loss behavior
Results applicable to quark-gluon plasma studies
Abstract
We study the propagation of an ultrarelativistic light quark jet inside a shock wave using the holographic principle. The maximum stopping distance and its dependency on the energy of the jet is obtained.
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