Journal of Modern Physics

Journal of Modern Physics

ISSN Print: 2153-1196
ISSN Online: 2153-120X
www.scirp.org/journal/jmp
E-mail: jmp@scirp.org
"On the Ultimate Fate of Massive Neutron Stars in an Ever Expanding Universe"
written by Ahmad A. Hujeirat,
published by Journal of Modern Physics, Vol.9 No.1, 2018
has been cited by the following article(s):
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[1] Hubble Tension versus the Cosmic Evolution of Hubble Parameter in the Unicentric Model of the Observable Universe
Journal of Modern Physics, 2023
[2] Evidence for false vacuum states inside the cores of massive pulsars and the ramification on the measurements of their true masses
Journal of Modern Physics, 2023
[3] The EOSs and the Blatant Discrepancy in Modelling Massive Neutron Stars: Origin and a Possible Solution Method
Journal of Modern Physics, 2023
[4] Evidence for false vacuum states inside the cores of massive pulsars and their ramification on the measurements of their masses
OSF Preprints. September, 2023
[5] Estimation of the Population of Stars in the Universe
Tejero - Open Access Library Journal, 2021
[6] How massive are the superfluid cores in the Crab and Vela pulsars and why their glitch-events are accompanied with under and overshootings?
2020
[7] The remnant of GW170817: a trapped neutron star with a hypermassive incompressible superfluid core
2020
[8] The Remnant of GW170817: A Trapped Neutron Star with a Massive Incompressible Superfluid Core
2020
[9] Why the spacetime embedding incompressible supranuclear dense matter is conformally flat?
2020
[10] Why the Spacetime Embedding Incompressible Cores of Pulsars Must Be Conformally Flat?
2020
[11] Spin-Torsion effect on collapsing of first generation stars into neutron stars rather than black holes in Einstein-Cartan-Sciama-Kibble theory
2020
[12] The Remnant of GW170817
Journal of Modern Physics, 2020
[13] Glitching pulsars: unraveling the interactions of general relativity with quantum fields in the strong field regimes
2019
[14] Evidence of Pulsars Metamorphism and Their Connection to Stellar Black Holes
2018
[15] Hubble tension versus the cosmic evolution of Hubble parameter in the unicentric model of the universe
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