Speaker
Mrs
Simji P
(Department of physics, University of Calicut , Kerala)
Description
The equation of sate for quark matter is important for quark star research, but very difficult to obtain one such from the first principle calculation of QCD. Therefore a common approach is to use phenomenological models to obtain the equation of state. Here we study the statistical mechanics and thermodynamics of quark matter at zero temperature and finite chemical potential using a thermodynamically consistent frame work of the quasiparticle model for QGP without the need of any reformulation of statistical mechanics or the thermodynamic consistency relation by following the standard statistical mechanics. The quarks are considered as quasiparticles which acquire an effective mass generated by the interaction with the other quarks of the dense system. This leads to a thermodynamic selfconsistent description of quark matter as an ideal Fermi gas of quasiparticles.
Summary
Studied the statistical mechanics and thermodynamics of quark matter
at zero temperature and finite density using quasiparticle model.
The obtained equation of state is used to study mass-radius relation of
quarkstar.
Author
Mrs
Simji P
(Department of physics, University of Calicut , Kerala)
Co-author
Mr
Prasanth J. P
(Department of physics, University of Calicut , Kerala)
