Constraining Bag constant for Hybrid Neutron stars

A. A. Usmani; A. Kumar; H. C. Das; I. A. Rather; M. Imran; S. K. Patra

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Constraining Bag constant for Hybrid Neutron stars

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arxiv 2002.00616 v3 pith:ZVYK2MNA submitted 2020-02-03 nucl-th

I. A. Rather , A. Kumar , H. C. Das , M. Imran , A. A. Usmani , S. K. Patra This is my paper · ORCID

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abstract

We study the star matter properties for Hybrid equation of state (EoS) by varying the bag constant. We use the Effective-Field-Theory motivated Relativistic Mean-Field model (E-RMF) for hadron phase with recently reported FSUGarnet, G3 and IOPB-I parameter sets. The result of NL3 and NL3${\omega \rho}$ sets are also shown for comparison. The simple MIT Bag model is applied for the quark phase to construct the hybrid EoS. The hybrid neutron star mass and radius are calculated by varying with $B^{1/4}$ to constrain the $B^{1/4}$ values. It is found that $B^{1/4}$=130-160 MeV is suitable for explaining the quark matter in neutron stars.

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