Study of Chemical Equilibration of a Baryon Rich QGP
Abhijit Sen
TL;DR
This paper investigates how a baryon-rich quark-gluon plasma reaches chemical equilibrium, considering various reactions and conservation laws, to better understand its evolution in high-energy collider experiments.
Contribution
It introduces a comprehensive study of chemical equilibration in baryon-rich QGP, including baryon number conservation and quark-flavor interchanging effects.
Findings
Degree of equilibration varies with different reactions
Baryon number conservation significantly influences equilibration dynamics
Quark-flavor interchanging impacts the chemical composition evolution
Abstract
Parton equilibration studies for thermally equilibrated but chemically non-equilibrated quark-gluon-plasma (QGP), likely to be formed at the relativistic colliders at BNL and CERN is presented.Parton equilibration is studied enforcing baryon number conservation. Process like quark-flavor interchanging is also taken into consideration.The degree of equilibration is studied comparatively for the various reactions/ constraints that are being considered.
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Taxonomy
Topicsearthquake and tectonic studies