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Neutron star

  • Exploring Pulsars

    Exploring Pulsars

  • Neutron Stars

    Neutron Stars

  • R-Process Elements from Magnetorotational Hypernovae

    R-Process Elements from Magnetorotational Hypernovae

  • Magnetars: Explosive Neutron Stars with Extreme Magnetic Fields

    Magnetars: Explosive Neutron Stars with Extreme Magnetic Fields

  • Stellar Death: White Dwarfs, Neutron Stars, and Black Holes

    Stellar Death: White Dwarfs, Neutron Stars, and Black Holes

  • Probing the Nuclear Equation of State from the Existence of a 2.6 M Neutron Star: the GW190814 Puzzle

    Probing the Nuclear Equation of State from the Existence of a 2.6 M Neutron Star: the GW190814 Puzzle

  • Neutron Stars & Black Holes

    Neutron Stars & Black Holes

  • Blasts from the Past Historic Supernovas

    Blasts from the Past Historic Supernovas

  • Neutron(Stars(( Degenerate(Compact(Objects(

    Neutron(Stars(( Degenerate(Compact(Objects(

  • Stellar Mass Black Holes Maximum Mass of a Neutron Star Is Unknown, but Is Probably in the Range 2 - 3 Msun

    Stellar Mass Black Holes Maximum Mass of a Neutron Star Is Unknown, but Is Probably in the Range 2 - 3 Msun

  • Magnetars: Pion Condensates in the Sky?

    Magnetars: Pion Condensates in the Sky?

  • Arxiv:1607.03593V1 [Gr-Qc] 13 Jul 2016 Hc Ssilukona Ula N H Super-Nuclear the to and Core, Nuclear Used Densities

    Arxiv:1607.03593V1 [Gr-Qc] 13 Jul 2016 Hc Ssilukona Ula N H Super-Nuclear the to and Core, Nuclear Used Densities

  • New Physics on the Horizon? Testing the Nature of Dark Compact Objects

    New Physics on the Horizon? Testing the Nature of Dark Compact Objects

  • Basics of Neutron Stars • Hyperons in the Core • Quark Matter in the Star • Magnetic Fields • Meson Condensation

    Basics of Neutron Stars • Hyperons in the Core • Quark Matter in the Star • Magnetic Fields • Meson Condensation

  • How to Find Stellar Black Holes? (Notes)

    How to Find Stellar Black Holes? (Notes)

  • Does Cygnus X-3 Contain a Strange Neutron Star?

    Does Cygnus X-3 Contain a Strange Neutron Star?

  • Some Theoretical Aspects of Magnetars

    Some Theoretical Aspects of Magnetars

  • THE FORMATION of STELLAR BLACK HOLES 1. Introduction

    THE FORMATION of STELLAR BLACK HOLES 1. Introduction

Top View
  • Impact of Binary Interaction on the Evolution of Blue Supergiants the flux-Weighted Gravity Luminosity Relationship and Extragalactic Distance Determinations
  • Luminous Blue Variables & Mass Loss Near the Eddington Limit
  • How Pulsars Get Their Spins a Net Kick at Birth Has Been Mounting for Years
  • A New Source of Gravitational Waves: Neutron Star – Black Hole Binaries
  • Approximate Universal Relations for Neutron Stars and Quark Stars
  • Quark Phases in Neutron Stars and a “Third Family” of Compact Stars As a Signature for Phase Transitions∗
  • Did GW150914 Produce a Rotating Gravastar?
  • Star Classification
  • Neutron Stars, Pulsars, and Black Holes
  • Arxiv:1912.00994V2 [Astro-Ph.SR] 4 Sep 2020 Which Can Be Observed with Electromagnetic Radiation Metallicity (E.G
  • Distinguishing Boson Stars from Black Holes and Neutron Stars with Tidal Interactions
  • Neutron Stars
  • Measuring the Masses of Neutron Stars
  • On Slowly Rotating Supercompact Schwarzschild Stars Nelson Camilo Posada-Aguirre University of South Carolina
  • Are Q-Stars a Serious Threat for Stellar-Mass Black Hole Candidates?
  • A Neutron Star Is Born
  • A Brief Introduction to Neutron Stars and Quark Stars
  • Astronomy 112: the Physics of Stars Class 18 Notes: Neutron Stars And


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