Magnetized Quark Matter Grows Stiffer When Isospin Imbalance Enters the Equation
A new one-loop hard-dense-loop calculation reveals that cold quark matter under ultra-strong magnetic fields becomes paramagnetic and develops strongly anisotropic ...
A new one-loop hard-dense-loop calculation reveals that cold quark matter under ultra-strong magnetic fields becomes paramagnetic and develops strongly anisotropic ...
New simulations from the University of Copenhagen show that neutrino flavor conversion can determine whether massive stars explode as supernovae ...
A holographic string-theory model of dense quark matter predicts stable compact stars with quark cores reaching masses of up to ...
A comprehensive new review of super-critical accretion explains how stellar-mass black holes and neutron stars exceed the Eddington limit through ...
A new Bayesian study uses r-mode oscillations and NICER observations to constrain the viscous damping that stabilizes rapidly rotating hybrid ...
A population synthesis of the youngest Galactic neutron stars finds that magnetars make up about half of all neutron stars ...
A major updated review lays out how coupled magnetic, thermal and rotational modeling is finally unifying the bewildering diversity of ...
In a groundbreaking revelation that promises to redefine our understanding of the cosmos, a team of intrepid astrophysicists has peered ...
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© 2025 Scienmag - Science Magazine