Trace anomaly of cold dense matter extracted from heavy-ion flow observables matches neutron-star posterior bands, establishing a composition-insensitive bridge between the two environments.
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Adding vector and axial-vector mesons to the extended quark-meson diquark model produces a sufficiently stiff equation of state to support hybrid stars above 2 solar masses with quark cores at central densities of at least 3.9 times nuclear saturation density.
citing papers explorer
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Trace Anomaly of Cold Dense Matter Constrained by Collective Flow
Trace anomaly of cold dense matter extracted from heavy-ion flow observables matches neutron-star posterior bands, establishing a composition-insensitive bridge between the two environments.
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Massive hybrid stars within the extended three-flavor quark-meson diquark model
Adding vector and axial-vector mesons to the extended quark-meson diquark model produces a sufficiently stiff equation of state to support hybrid stars above 2 solar masses with quark cores at central densities of at least 3.9 times nuclear saturation density.