Publication Type:

Journal Article

Source:

Physical Review C, Volume 77 (2007)

URL:

https://www.researchgate.net/publication/2215901_On_attributes_of_a_Rotating_Neutron_star_with_a_Hyperon_core

Abstract:

We study the effect of rotation on global properties of neutron star with a hyperon core in an effective chiral model with varying nucleon effective mass within a mean field approach. The resulting gross properties of the rotating compact star sequences are then compared and analyzed with other theoretical predictions and observations from neutron stars. The maximum mass of the compact star predicted by the model lies in the range (1.4−2.4) M⊙ at Kepler frequency ΩK, which is consistant with recent observation of high mass stars thereby reflecting the sensitivity of the underlying nucleon effective mass in the dense matter EoS. We also discuss the implications of the experimental constraints from the flow data from heavy-ion collisions on the global properties of the rotating neutron stars.

Cite this Research Publication

T. Jha, Moshra, H., and V. Sreekanth, “On attributes of a Rotating Neutron star with a Hyperon core”, Physical Review C, vol. 77, 2007.

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