
| Foreword |
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Editors' Foreword
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| Session i nuclear physics of compact stars |
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Nuclear pairing from microscopic forces: singlet channels and higher-partial waves
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Magicity quenching in neutron-rich nuclei and its consequences on electron-capture rates during core collapse
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An empirical approach combining nuclear physics and dense nucleonic matter
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Interplay between Symmetry Energy and Excluded Volume Corrections under the Direct Urca Cooling Constraint in Neutron Stars
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Hyperons and Neutron Stars
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Electrical conductivity tensor of dense plasma in magnetic fields
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| Session ii dense quark matter in compact stars |
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Strange quark matter in compact stars
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Hadron-quark Phase Transition in Hybrid Stars with the Field Correlator Method
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Color-superconductivity and inhomogeneous chiral symmetry breaking in isospin-asymmetric quark matter
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| Session iii neutron star dynamics |
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Numerical models of isolated rotating compact stars
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Constraint on the internal structure of neutron stars from pulsar glitches
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From macro to micro: universal properties of neutron stars
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Excitation of wakefield around pulsars
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| Session iv physics in strong magnetic fields |
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Atmospheres and radiating surfaces of neutron stars with strong magnetic fields
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Magnetic field of strange stars with rotating superfluid core
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Effects of strong magnetic fields on hybrid stars
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| Session v cosmology and relativistic gravity |
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Representation of the evolution of the Universe in the JBD theory considering vacuum phenomena
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Quantum effects in anti-de Sitter spacetime for the electromagnetic vacuum
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Vaccum currents in braneworlds
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Electromagnetic Casimir densities for a cylindrical boundary in de Sitter spacetime
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A free parametrized TOV: Modified gravity from Newtonian to relativistic stars
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