The Net Advance of Physics

The Net Advance of Physics:
NEUTRON STARS:

General: Introductory: R. Nave's HyperPhysics site;
General: Weber and Glendenning 96/09; Bell 96/10; Kutschera 96/12; Heiselberg and Pandharipande 2000/03; Blandford et al. 2001/07; Popov and Prokhorov 2002/05; Becker and Pavlov 2002/08; Silbar and Reddy 2003/09; Baym and Lamb 2005/03; Popov 2006/10;
- Neutron stars and their magnetic fields by Andreas Reisenegger [2007/10]
- Neutron Stars, the Most Exotic Nuclear Lab in the Universe by Pierre M. Pizzochero [2009/09]
- Measurement of neutron star parameters: a review of methods for low-mass X-ray binaries by Sudip Bhattacharyya [2010/01]
- The physics of neutron stars by A. Y. Potekhin [Usp. Fiz. Nauk 180, 1279 (2010)]
- The violent neutron star by Anna L. Watts [2012/06]
- The Neutron Star Zoo by Alice K. Harding [2012/10]
- Challenges of Relativistic Astrophysics by Reuven Opher [2012/12]
- The Nuclear Physics of Neutron Stars by Jorge Piekarewicz [2013/09]
- Neutron stars: compact objects with relativistic gravity by K. Yavuz Ekşi [2015/11]
- Order-of-magnitude physics of neutron stars by Andreas Reisenegger and Felipe S. Zepeda [2015/11]
- Masses, Radii, and Equation of State of Neutron Stars by Feryal Ozel and Paulo Freire [2016/03]
- Gravity Defied I : The self-gravitating objects by Sushan Konar [Resonance 22, 225 (2017)] Why small astronomical objects do not collapse into black holes. See also Part II: The failed stars; Part III: White Dwarfs; Part IV: Neutron Stars
- Reaction rates and transport in neutron stars by Andreas Schmitt and Peter Shternin [2017/11]
- Neutron Stars: Observational Diversity and Evolution by Samar Safi-Harb [2017/12]
- Nuclear Astrophysics in the New Era of Multimessenger Astronomy by Jorge Piekarewicz [2018/03]
- A Short Walk through the Physics of Neutron Stars by Isaac Vidana [2018/05]
- Quantum Monte Carlo Methods in Nuclear Physics: Recent Advances by Joel E. Lynn et al. [2019/01]
- Hadron Matter in Neutron Stars in View of Gravitational Wave Observations by Felipe J. Llanes-Estrada and Eva Lope-Oter [2019/07]
- A neutron star is born by D. P. Menezes [2021/06] (General, not formation.)
- Physics in ultra-strong magnetic fields by A. K. Harding [2022/02]
- Neutron stars by J. Kunz [2022/04]
- The nuclear physics of neutron stars by J. Piekarewicz [2022/09]
General: Images: Simulated: Nemiroff 95;
Types: PULSARS;
Type: ACCRETING: Chakrabarti 2000/07; Blandford et al. 2001/07;
- Nuclear Physics of the Outer Layers of Accreting Neutron Stars by Zach Meisel et al. [2018/07]
- Physical Environment of Accreting Neutron Stars by Jing Wang [2019/09]
- The Symbiotic Stars by Ulisse Munari [2019/09]
- Reflecting on accretion in neutron-star low-mass X-ray binaries by R. M. Ludlam [2024/01] i.e., reflection modelling
Type: ACCRETING: Aspect: ROTATION: Bildsten 98/01;
Type: BINARIES:
- Black Hole and Neutron Star Binaries: Theoretical Challenges by Thibault Damour [2007/05]
- Neutron Stars in X-ray Binaries and their Environments by Biswajit Paul [Journal of Astrophysics and Astronomy 38, 39 (2017)]
- Reflecting on accretion in neutron-star low-mass X-ray binaries by R. M. Ludlam [2024/01] i.e., reflection modelling
Type: BINARIES: Process: COALESCENCE: Rasio and Shapiro 99/02;
- Coalescence Rates of Double Neutron Stars by Vassiliki Kalogera [1999/04]
- Binary Neutron Star Mergers by Joshua A. Faber and Frederic A. Rasio [2012/04]
- Binary neutron-star mergers: a review of Einstein's richest laboratory by Luca Baiotti and Luciano Rezzolla [Reports on Progress in Physics 80, 096901 (2017)] 106 pp.
- Neutron Star Mergers and Nucleosynthesis of Heavy Elements by F.-K. Thielemann [2017/02]
- Neutron stars and stellar mergers as a laboratory for dense QCD matter by Aleksi Vuorinen [2018/07]
- Strong Gravitational Lensing of Explosive Transients by Masamune Oguri [2019/07]
- Kilonovae by Brian D. Metzger [2019/10]
- Interpreting Binary Neutron Star Mergers: Describing the Binary Neutron Star Dynamics, Modelling Gravitational Waveforms, and Analyzing Detections by T. Dietrich et al. [2020/04]
- Neutron stars merger remnants by S. Bernuzzi [2020/04]
Type: ISOLATED: Mignani 98/10;
- X-ray emission from isolated neutron stars by Sandro Mereghetti [2010/04]
- Isolated neutron stars and studies of their interiors by S. B. Popov [2011/11]
- Magnetic, Thermal and Rotational Evolution of Isolated Neutron Stars by J. Pons and D. Viganò [2019/11]
Type: MAGNETISED: Goyal 2003/06;
- Gamma-Ray Burst Central Engines: Black Hole Vs. Magnetar by Brian H. Metzger [2010/01]
- Magnetars: neutron stars with huge magnetic storms by Nanda Rea [2012/11]
- Low-magnetic-field magnetars by R. Turolla and Paolo Esposito [2013/03]
- Pulsars and magnetars by Sandro Mereghetti [2012/12]
- Magnetars: Properties, Origin and Evolution by Sandro Mereghetti et al. [2015/03]
- Magnetars: the physics behind the observations by Roberto Turolla et al. [2015/07]
- Magnetars by Victoria M. Kaspi and Andrei Beloborodov [2017/03]
- Magnetic Fields of Neutron Stars by Sushan Konar [Journal of Astrophysics and Astronomy 38, 47 (2017)]
- Magnetars: a short review and some sparse considerations by Paolo Esposito et al. [2018/03]
- Modeling magnetic neutron stars: a short overview by Rosana de Oliveira Gomes et al. [2018/03]
- Magnetic, Thermal and Rotational Evolution of Isolated Neutron Stars by J. Pons and D. Viganò [2019/11]
- Millisecond Magnetars by S. Dall'Osso and L. Stella [2021/03]
- Physics in ultra-strong magnetic fields by A. K. Harding [2022/02]
- Magnetospheric physics of magnetars by H. Tong [2023/09]
Type: QUASI-PERIODIC OSCILLATORS: X-RAY: Lamb et al. 98/02;
Type: QUASI-PERIODIC OSCILLATORS: X-RAY: Re: NEUTRON MATTER: Lamb et al. 98/02;
Aspects: COMPOSITION: NEUTRONIUM
- Nuclear Astrophysics in the New Era of Multimessenger Astronomy by Jorge Piekarewicz [2018/03]
- Dense Baryonic Matter and Strangeness in Neutron Stars by Wolfram Weise [2019/05]
Aspects: COMPOSITION: QUARK MATTER: Weber and Glendenning 96/09; Kutschera 96/12; Heiselberg 2002/01;
- From hadrons to quarks in neutron stars by Gordon Baym et al. [2017/07]
Aspects: COMPOSITION: HADRONIC MATTER: Weber and Glendenning 96/09; Heiselberg 2002/01;
- From hadrons to quarks in neutron stars by Gordon Baym et al. [2017/07]
Aspects: COMPOSITION: NUCLEI:
- Nuclear pasta in supernovae and neutron stars by Gentaro Watanabe and Toshiki Maruyama [2011/09]
- From nuclei to nuclear pasta by Claudio O. Dorso et al. [2011/11]
Aspects: Dynamics: EQUATION OF STATE: Weber and Glendenning 96/09; Kutschera 96/12; Heiselberg 2002/01;
- The Equation of State of Hot, Dense Matter and Neutron Stars by James M. Lattimer and Madappa Prakash [2015/12]
Aspects: Dynamics: ORBITS: Finn 95/02; Esposito-Farese 96/12; Bell 97/01;
Aspects: Dynamics: ROTATION: Bell 97/01; Bildsten 98/01;
- Magnetic, Thermal and Rotational Evolution of Isolated Neutron Stars by J. Pons and D. Viganò [2019/11]
Aspects: MAGNETIC FIELDS: Reisenegger 2001/03; Lugones 2005/04;
- Neutron stars and their magnetic fields by Andreas Reisenegger [2007/10]
- Physics in Very Strong Magnetic Fields: Introduction and Overview by Dong Lai [2014/11]
- Magnetic Fields of Neutron Stars by Sushan Konar [Journal of Astrophysics and Astronomy 38, 47 (2017)]
- Magnetic, Thermal and Rotational Evolution of Isolated Neutron Stars by J. Pons and D. Viganò [2019/11]
Aspects: MASS: Heiselberg 2002/01;
- The Masses and Spins of Neutron Stars and Stellar-Mass Black Holes by M. Coleman Miller and Jon M. Miller [2014/08]
- Masses, Radii, and Equation of State of Neutron Stars by Feryal Ozel and Paulo Freire [2016/03]
Aspects: RADIATION:
- Surface Emission from Neutron Stars and Implications for the Physics of their Interiors by Feryal Ozel [2012/10]
Aspects: RADIATION: BREHMSSTRAHLUNG: Bell 97/02;
Aspects: RADIATION: GAMMA: Baring 95/07; Fierro 96; Harding 96/06;
Aspects: RADIATION: GRAVITATIONAL: Finn 95/02; Bonazzola and Gourgoulhon 96/05a; Haensel 96/05; Bonazzola and Gourgoulhon 96/05b; Esposito-Farese 96/12; Bell 97/01; Jones 2001/11; Rezzolla 2003/02;
- Gravitational Waves from Neutron Stars: A Review by Paul D. Lasky [2015/08]
- Binary neutron-star mergers: a review of Einstein's richest laboratory by Luca Baiotti and Luciano Rezzolla [Reports on Progress in Physics 80, 096901 (2017)] 106 pp.
- Gravitational waves from single neutron stars: an advanced detector era survey by Kostas Glampedakis and Leonardo Gualteri [2017/09]
- Whispers from the edge of physics by Nils Andersson [Journal of Astrophysics and Astronomy 38, 58 (2017)] Gravitational waves from neutron stars.
- Neutron stars as sources of gravitational waves by Michał Bejger [2017/09]
- Nuclear Astrophysics in the New Era of Multimessenger Astronomy by Jorge Piekarewicz [2018/03]
- Interpreting Binary Neutron Star Mergers: Describing the Binary Neutron Star Dynamics, Modelling Gravitational Waveforms, and Analyzing Detections by T. Dietrich et al. [2020/04]
- The first five years of gravitational-wave astrophysics by S. Vitale [2020/11]
Aspects: RADIATION: NEUTRINO: Pethick and Thorsson 95/02;
- Neutrino Signatures From Young Neutron Stars by Luke F. Roberts and Sanjay Reddy [2016/12]
Aspects: RADIATION: RADIO: Radio Pulsar Homepage; Bell 96/10; Bell 97/02;
Aspects: RADIATION: X-RAY: Lamb et al. 98/02;
- X-ray emission from isolated neutron stars by Sandro Mereghetti [2010/04]
Aspects: RADIATION: X-RAY: OSCILLATIONS: QUASIPERIODIC: Lamb et al. 98/03;
Aspects: RADIUS: Heiselberg 2002/01;
Aspects: Regions: ATMOSPHERE:
- Modeling Neutron Star Atmospheres by V. E. Zavin and G. G. Pavlov [2002/06]
- Dense astrophysical plasmas by G. Chabrier et al. [J. Phys. Cond. Matt. 14, 9133 (2002)]
- Atmospheres and radiating surfaces of neutron stars by A. Y. Potekhin [2014/03]
Aspects: Regions: CRUST: Weber and Glendenning 96/09;
- Physics of Neutron Star Crusts by N. Chamel and P. Haensel [Living Rev. Relativity 11, 10 (2008)]
- Neutron starquakes and the dynamic crust by Anna L. Watts [2011/11]
- Thermal and transport properties of the neutron star inner crust by Dany Page and Sanjay Reddy [2012/01]
- Atmospheres and radiating surfaces of neutron stars by A. Y. Potekhin [2014/03]
Aspects: Regions: INTERIOR: Weber and Glendenning 96/09; Kutschera 98/01;
- Neutron Star Interiors and the Equation of State of Superdense Matter by Fridolin Weber et al. [2006/05]
- Isolated neutron stars and studies of their interiors by S. B. Popov [2011/11]
- Surface Emission from Neutron Stars and Implications for the Physics of their Interiors by Feryal Ozel [2012/10]
Aspects: STRUCTURE: Pethick et al. 99/05;
- Nuclear Astrophysics in the New Era of Multimessenger Astronomy by Jorge Piekarewicz [2018/03]
Aspects: SUPERCONDUCTIVITY:
- Superfluidity and Superconductivity in Neutron Stars by Nicolas Chamel [Journal of Astrophysics and Astronomy 38, 43 (2017)]
- Superfluidity and Superconductivity in Neutron Stars by Brynmor Haskell and Armen Sedrakian [2017/09]
Aspects: SUPERFLUIDITY: Langlois 2000/08;
- Superfluidity in the Interiors of Neutron Stars by J. A. Sauls [1988/04]
- Stellar Superfluids by Danny Page et al. [2013/02]
- Superfluidity and Superconductivity in Neutron Stars by Nicolas Chamel [Journal of Astrophysics and Astronomy 38, 43 (2017)]
- Superfluidity and Superconductivity in Neutron Stars by Brynmor Haskell and Armen Sedrakian [2017/09]
- Superfluidity in nuclear systems and neutron stars by Armen Sedrakian and John W. Clark [2018/02]
Processes: ADVECTION: Chakrabarti 2000/07;
Processes: COOLING: Yakovlev et al. 2003/06;
- Neutron stars -- cooling and transport by A. Y. Potekhin et al. [2015/07]
- Cooling of Accretion-Heated Neutron Stars by Rudy Wijnands et al. [Journal of Astrophysics and Astronomy 38, 49 (2017)]
Processes: EVOLUTION: Pethick and Thorsson 95/02; Kutschera 96/12; Prakash et al. 2000/12;
- Neutron Stars: Observational Diversity and Evolution by Samar Safi-Harb [2017/12]
- Magnetic, Thermal and Rotational Evolution of Isolated Neutron Stars by J. Pons and D. Viganò [2019/11]
Processes: FORMATION: (see also SUPERNOVAE;) Bell 97/02; Kutschera 98/01; Prakash et al. 2000/12;
- Neutron Stars: Formed, Spun and Kicked by Vassiliki Kalogera et al. [2007/12]
- Neutron Star Formation and Core Collapse Supernovae by Pablo Cerdá-Durán and Nancy Elias-Rose [2018/06]
Processes: STARQUAKES:
- Neutron starquakes and the dynamic crust by Anna L. Watts [2011/11]
Re: AXIONS:
- Axions: From magnetars and neutron-star mergers to beam dumps and BECs by J.-F. Fortin et al. [2021/02]
Processes: TRANSPORT:
- Reaction rates and transport in neutron stars by Andreas Schmitt and Peter Shternin [2017/11]
Re: BOSE CONDENSATES:
- Bose-Einstein condensates in neutron stars by C. J. Pethick et al. [2015/07]
Re: COSMOLOGY:
- Neutron star as laboratories for Cosmology by M. Angeles Perez-Garcia [2012/03]
Re: DENSITY FUNCTIONAL THEORY:
- Relativistic density functional theory for finite nuclei and neutron stars by Jorge Piekarewicz [2015/02]
Re: GENERAL RELATIVITY: Kluzniak 2000/12;
Re: JETS: Blandford et al. 2001/07;
Re: MAGNETARS:
- The violent neutron star by Anna L. Watts [2012/06]
Re: NUCLEAR PHYSICS:
- The nuclear physics of neutron stars by J. Piekarewicz [2022/09]
Re: PHASE TRANSITIONS: Brown and Rho 95/04; Yasuhira 2000/10;
Re: QUARK MATTER:
- Quark Matter in Neutron Stars: An apercu by Prashanth Jaikumar et al. [2006/08]
- The Golden Era of Neutron Stars: From Hadrons to Quarks by Gordon Baym [2018/11]
Re: SUPERNOVAE:
- Neutron Stars in Supernovae and Their Remnants by Roger A. Chevalier [2010/11]
- Neutron Star Formation and Core Collapse Supernovae by Pablo Cerdá-Durán and Nancy Elias-Rose [2018/06]
Re: X RAY BINARIES: van Paradijs 98/02;
- High Mass X-ray Binaries: Progenitors of double neutron star systems by Sylvain Chaty [2015/07]
- Neutron Stars in X-ray Binaries and their Environments by Biswajit Paul [Journal of Astrophysics and Astronomy 38, 39 (2017)]
- Reflecting on accretion in neutron-star low-mass X-ray binaries by R. M. Ludlam [2024/01] i.e., reflection modelling

THE NET ADVANCE OF PHYSICS