A quasiparticle model predicts a lower limit on the magnetic field required for absolutely stable strange quark matter, with the limit rising as quark coupling and vacuum bag constant increase.
Quasiparticle Description of Hot QCD at Finite Quark Chemical Potential
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abstract
We study the extension of a phenomenologically successful quasiparticle model that describes lattice results of the equation of state of the deconfined phase of QCD for Tc <= T < 4 Tc, to finite quark chemical potential mu. The phase boundary line Tc(mu), the pressure difference (p(T,mu)-p(T,mu=0))/T^4 and the quark number density nq(T,mu)/T^3 are calculated and compared to recent lattice results. Good agreement is found up to quark chemical potentials of order mu = Tc.
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Constraint on the magnetic field for the stable strange quark matter
A quasiparticle model predicts a lower limit on the magnetic field required for absolutely stable strange quark matter, with the limit rising as quark coupling and vacuum bag constant increase.