The Net Advance of Physics: PULSARS

The Net Advance of Physics:
PULSARS

PULSARS:
See also History of Pulsar Studies

General: Homepages: Radio Pulsar Resources (Princeton);
General: Introductory: R. Nave's HyperPhysics site;
General: Weber and Glendenning 96/09; Bell 96/10; Kutschera 96/12; Becker and Pavlov 2002/08;
- Pulsars: Progress, Problems and Prospects by Jonathan Arons [2007/08]
- Pulsars as Fantastic Objects and Probes by J. L. Han [2007/09]
- Probing fundamental physics with pulsars by D. R. Lorimer and M. A. McLaughlin [2009/08]
- Pulsars are cool. Seriously by Scott M. Ransom [2012/11]
- Luminosities of radio Pulsars by Manjari Bagchi [2013/06]
- Pulsar observations at millimetre wavelengths by Pablo Torne [2018/06]
- Physics in ultra-strong magnetic fields by A. K. Harding [2022/02]
General: Images: Simulated: Nemiroff no date;
General: OBSERVATIONAL METHODS: Welch 97/11; Lorimer 98/01;
Specific Pulsars:
- The Pulsar in the Crab Nebula by Natalia Lewandowska [2015/11]
Types: GAMMA RAY; X RAY;
Type: ACCRETING: van der Klis 98/12;
Type: ACCRETING: Aspect: ROTATION: Bildsten 98/01;
Type: BINARY: Lorimer 2001/04;
- Binary and Millisecond Pulsars by D.R. Lorimer [Living Rev. Relativity 11, 8 (2008)]
Type: BINARY: FORMATION: Rasio 2002/12;
Type: BINARY: Re: GLOBULAR CLUSTERS: Rasio 2002/12;
Type: BINARY: Re: SCALAR-TENSOR GRAVITY: Esposito-Farese 2000/11;
Type: MILLISECOND: Lorimer 2001/04; Kramer 2002/06;
- An X-ray View of Radio Millisecond Pulsars by Slavko Bogdanov and Jonathan E. Grindlay [2007/08]
- Binary and Millisecond Pulsars by D.R. Lorimer [Living Rev. Relativity 11, 8 (2008)]
- X-ray Sources in Galactic Globular Clusters by Craig O. Heinke [2010/06]
- Millisecond Pulsars, their Evolution and Applications by R. N. Manchester [2017/09]
- A decade of transitional millisecond pulsars by Amruta Jaodand et al. [2017/11]
- The high-energy emission of millisecond pulsars by D. F. Torres and J. Li [2020/04]
- Transitional millisecond pulsars by A. Papitto and D. de Martino [2020/10]
- Nuclear-powered X-ray millisecond pulsars by S. Bhattacharyya [2021/03]
- Radio millesecond pulsars by B. Bhattacharyya and J. Roy [2021/04]
Type: RADIO:
- Radio Pulsars by V. S. Beskin et al. [2015/06]
- The Nature of Coherent Radio Emission from Pulsars by Dipanjan Mitra [Journal of Astrophysics and Astronomy 38, 52 (2017)]
- Radio pulsars: testing gravity and detecting gravitational waves by Delphine Perrodin and Alberto Sesana [2017/09]
- Radio Pulsars: Already Fifty Years! by V. S. Beskin [Physics-Uspekhi 61, 353 (2018)]
- Radio millesecond pulsars by B. Bhattacharyya and J. Roy [2021/04]
Type: RECYCLED:
- Recycled Pulsars: Spins, Masses and Ages by Thomas M. Tauris [2016/06]
Type: X-RAY:
- Pulsars and magnetars by Sandro Mereghetti [2012/12]
- Nuclear-powered X-ray millisecond pulsars by S. Bhattacharyya [2021/03]
Aspects: EQUATION OF STATE: Weber and Glendenning 96/09; Kutschera 96/12;
Aspects: ORBITS: Re: GRAVITATION: Finn 95/02; Esposito-Farese 96/12; Bell 97/01;
Aspects: REGION: CRUST: Weber and Glendenning 96/09;
Aspects: REGION: HALO:
- The physics of pulsar halos: Research progress and prospect by R.-Y. Liu [2022/07]
Aspects: REGION: INTERIOR: Weber and Glendenning 96/09;
Aspects: REGION: MAGNETOSPHERE:
- Theory of pulsar magnetosphere and wind by Jerome Pétri [2016/08]
- Electrodynamics of Pulsar Magnetospheres by Benoît Cerutti and Andrei Beloborodov [2016/11]
- New Advances in Pulsar Magnetosphere Modelling by Christo Venter [2017/02]
Aspects: ROTATION: Bildsten 98/01;
Aspects: TIMING: Damour 97/11;
- Gravitational Wave Tests of General Relativity with Ground-Based Detectors and Pulsar Timing Arrays by Nicolas Yunes and Xavier Siemens [2013/04] 119 pp.
- Interstellar Medium Mitigation Techniques in Pulsar Timing Arrays by Lina Levin [2015/01]
- Pulsar Timing and its Application for Navigation and Gravitational Wave Detection by Werner Becker et al. [2017/05]
- A review of pulsar timing array gravitational wave research by George Hobbs and Shi Dai [2017/07]
- Pulsar timing and its applications by R. N. Manchester [2017/07]
- Pulsar timing array experiments by J. P. W. Verbiest et al. [2021/01]
Aspects: VELOCITY: Pal 98/03;
Aspects: WINDS: Gaensler 2003/03;
- Recent Progress in Studies of Pulsar Wind Nebulae by Patrick Slane [2007/11]
- High Energy Studies of Pulsar Wind Nebulae by Patrick Slane [2008/11]
- Pulsar-wind nebulae in X-rays and TeV gamma-rays by Oleg Kargaltsev and George Pavlov [2009/09]
- Particle acceleration in relativistic outflows by Andrei Bykov et al. [2012/05]
- Pulsar Wind Nebulae: On their growing diversity and association with highly magnetized neutron stars by Samar Safi-Harb [2012/11]
- Review of the Theory of PWNe by N. Bucciantini [2013/11]
- The theory of pulsar wind nebulae by Elena Amato [2013/12]
- Particle acceleration and radiation in Pulsar Wind Nebulae by Elena Amato [2014/07]
- Pulsar Wind Nebulae and Cosmic Rays: A Bedtime Story by Amanda Weinstein (Veritas Collaboration) [2014/11]
- Relativistic Shocks: Particle Acceleration and Magnetization by Lorenzo Sironi et al. [2015/06]
- Pulsar-Wind Nebulae: Recent Progress in Observations and Theory by Oleg Kargaltsev et al. [2015/07]
- Theory of pulsar magnetosphere and wind by Jerome Pétri [2016/08]
- Pulsar Wind Nebulae by Patrick Slane [2017/03]
- Multidimensional relativistic MHD simulations of Pulsar Wind Nebulae: dynamics and emission by Luca Del Zanna and Barbara Olmi [2017/03]
- Pulsar Wind Nebulae Created by Fast-Moving Pulsars by Oleg Kargaltsev et al. [2017/08]
- Cosmic Ray Origin Beyond the Standard Models: The Case of Pulsar Wind Nebulae and Unidentified Very High-Energy Gamma-Ray Sources by Omar Tibolla [2018/02]
- Pulsar wind nebulae by A. M. W. Mitchell and J. Gelfand [2022/08]
Processes: BREHMSSTRAHLUNG: Bell 97/02;
Processes: FORMATION: Re: SUPERNOVA REMNANTS;
Processes: GLITCHES, SKIPS, etc.:
- Models of Pulsar Glitches by Brynmor Haskell and Andrew Melatos [2015/02]
- Pulsar skips: Understanding variations in the regular periods of rotating neutron stars by C. Miller [2022/04]
- Pulsar glitches: A review by S.-Q. Zhou et al. [2022/11]
Processes: KICKS: Dong Lai 99/12;
- Pulsar skips: Understanding variations in the regular periods of rotating neutron stars by C. Miller [2022/04]
Processes: PHASE TRANSITIONS: Brown and Rho 95/04;
Processes: RADIATION:
- Pulsar Emission Physics: The First Fifty Years by Alice K. Harding [2017/12]
- High-Energy Emission Properties of Pulsars by Christo Venter et al. [2018/02]
Processes: ROTATION: Bell 97/02;
Processes: THERMAL EVOLUTION: Pethick and Thorsson 95/02; Kutschera 96/12;
Re: COSMIC RAYS:
- Particle acceleration in relativistic outflows by Andrei Bykov et al. [2012/05]
Re: GLOBULAR CLUSTERS: Rasio 2002/12;
- Twenty Years of Searching for (and Finding) Globular Cluster Pulsars by Scott M. Ransom [2007/08]
- X-ray Sources in Galactic Globular Clusters by Craig O. Heinke [2010/06]
- The Pulsar Population in Globular Clusters and in the Galaxy by Paulo C. C. Freire [2012/08]
Re: GRAVITATION:
- Probing gravitation with pulsars by Michael Kramer [2012/11]
- Pulsars and Gravity by R. N. Manchester [2015/02]
- Tests of Gravitational Symmetries with Radio Pulsars by Lijing Shao and Norbert Wex [2016/04]
- Pulsars as probes of gravity and fundamental physics by Michael Kramer [2016/06]
- Radio pulsars: testing gravity and detecting gravitational waves by Delphine Perrodin and Alberto Sesana [2017/09]
Re: GRAVITATIONAL RADIATION: Finn 95/02; Bonazzola and Gourgoulhan 96/05a; Haensel 96/05; Bonazzola and Gourgoulhan 96/05b; Esposito-Farese 96/12; Bell 97/01;
- Gravitational-Wave Detection and Astrophysics with Pulsar Timing Arrays by Sarah Burke-Spolaor [2015/11]
- Pulsar timing and its applications by R. N. Manchester [2017/07]
- Radio pulsars: testing gravity and detecting gravitational waves by Delphine Perrodin and Alberto Sesana [2017/09]
Re: HADRONIC MATTER: Weber and Glendenning 96/09; Kutschera 96/12;
Re: MILKY WAY:
- The Pulsar Population in Globular Clusters and in the Galaxy by Paulo C. C. Freire [2012/08]
Re: NEUTRINOS: Pethick and Thorsson 95/02;
Re: STRANGE MATTER: Weber and Glendenning 96/09;

THE NET ADVANCE OF PHYSICS