The Net Advance of Physics:
BINARIES

BINARY STARS:

• General:
  • Eclipsing Binary Stars: the Royal Road to Stellar Astrophysics by John Southworth [2012/01]
  • The impact of companions on stellar evolution by Orsola De Marco and Robert G. Izzard [2016/11]
  • Binary Stars: A Cheat Sheet by J. Southworth [2019/12]
  • Binary stars in the new millennium by X.-F. Chen et al. [2023/11]

• General: Observational:
  • Adaptive Optics Observations of Exoplanets, Brown Dwarfs, & Binary Stars by Sasha Hinkley [2011/12]
  • The astrophysics of visible-light orbital phase curves in the space age by Avi Shporer [2017/03]
  • Gaia's binary-star renaissance by K. El-Badry [2024/03]

• Types: X-RAY;

• Type: CLOSE:
  • Asteroseismology of close binary stars by Conny Aerts [2007/01]
  • Planetary Nebulae: What can they tell us about close binary evolution? by David Jones [2015/07]

• Type: COMPACT:
  • Black Hole and Neutron Star Binaries: Theoretical Challenges by Thibault Damour [2007/05]
  • Compact binary mergers: an astrophysical perspective by Stephan Rosswog [2010/12]
  • Magnetic braking in convective stars by G. A. J. Hussain [2011/03]
  • A brief overview of black hole - neutron star mergers by F. Foucart [2020/06]
  • Coalescence of black-hole--neutron-star binaries by K. Kyutoku et al. [2021/10]
  • Black-hole--neutron-star binaries by M. D. Duez [2024/04]

• Type: COMPACT: MODELS: Baumgarte and Shapiro 2002/11;
  • The Current Status of Binary Black Hole Simulations in Numerical Relativity by Ian Hinder [2010/01]
  • Multi-messenger picture of compact binary mergers by Stephan Rosswog [2015/01]

• Type: COMPACT: Re: ACCRETION: King 2003/01;

• Type: COMPACT: Re: GRAVITATIONAL RADIATION:
  • Gravitational waves from compact binaries by Marc van der Sluys [2011/08]

• Type: GAMMA-RAY EMITTING:
  • Revealing Gamma-Ray Binaries by I. F. Mirabel [Science 335, 175 (2012)]
  • Gamma-ray binaries and related systems by Guillaume Dubus [2013/07]
  • Gamma-ray binaries : a bridge between Be stars and high energy astrophysics by Astrid Lamberts [2014/08]
  • Phenomenology of Gamma-Ray Emitting Binaries by Josep Maria Paredes and Pol Bordas [2019/02]
  • Gamma-ray binaries by M. Chernyakova and D. Malyshev [2020/06]

• Type: MASSIVE: Zinnecker 2003/01;
  • X-ray emission from interacting massive binaries: a review of 15 years of progress by Gregor Rauw and Yael Naze [2015/09]
  • Interpreting Galaxy Properties with Improved Modelling [of massive and binary stars] by E. R. Stanway and J. J. Eldridge [2019/12]
  • Population synthesis of massive close binary evolution by J. J. Eldridge [2020/05]
  • The evolution of massive binary stars by P. Marchant and J. Bodensteiner [2023/11]

• Type: RELATIVISTIC: Re: GLOBULAR CLUSTERS: Benacquista 2002/02;
  • Relativistic Binaries in Globular Clusters by Matthew J. Benacquista and Jonathan M. B. Downing [2011/10]

• Type: YOUNG: Mathieu et al. 99/09;
  • Fundamental Properties of Young Binary Stars by Gail H. Schaefer [2011/03]

• Processes: EVOLUTION:
  • Massive Star Evolution: Binaries as Two Single Stars by Cyril Georgy and Sylvia Ekström [2018/08]
  • Overall binary evolution theory by D. Belloni and M. R. Schreiber [2023/03]
  • Physics of binary-star evolution: From stars to X-ray binaries and gravitational-wave sources by T. M. Tauris and E. P. J. van den Heuvel [2023/05]
  • The evolution of massive binary stars by P. Marchant and J. Bodensteiner [2023/11]

• Processes: FLOWS AND SHOCKS:
  • Flows and Shocks: Some Recent Developments in Symbiotic [Binary] Star and Nova Research by Jennifer L. Sokolski et al. [2016/09]

• Processes: OSCILLATIONS:
  • Double riches: asteroseismology in eclipsing binaries by John Southworth [2015/08]

• Re: ASYMPTOTIC GIANT BRANCH STARS: Jorissen 98/10;

• Re: CLUSTERS: Benacquista 2002/02;
  • Binaries in star clusters and the origin of the field stellar population by Simon P. Goodwin [2009/11]

• Re: GALAXIES:
  • Interpreting Galaxy Properties with Improved Modelling [of massive and binary stars] by E. R. Stanway and J. J. Eldridge [2019/12]
  • Population synthesis of massive close binary evolution by J. J. Eldridge [2020/05]

• Re: GRAVITATIONAL RADIATION: Blanchet 2002/02;
  • Gravitational waves from compact binaries by Marc van der Sluys [2011/08]
  • Binaries as Sources of Gravitational Waves by Gijs Nelemans [2018/07]

• Re: MICROLENSING: Gould 2000/04;

• Re: PLANETARY NEBULAE:
  • New results on planetary nebula shaping and stellar binarity by Orsola De Marco [2010/06]
  • Planetary Nebulae: What can they tell us about close binary evolution? by David Jones [2015/07]
  • Binary stars as the key to understanding planetary nebulae by David Jones and Henri M. J. Boffin [2017/05]

• Re: PLANETS:
  • Planet formation in Binaries by Philippe Thebault and N. Haghighipour [2014/06]

• Re: PULSATING VARIABLES:
  • Pulsating Stars in Binary Systems by Simon J. Murphy [2018/11]

• Re: SUPERNOVAE:
  • Type Ia Supernova Explosions in Binary Systems by Z.-W. Liu et al. [2023/05]

• Re: X-RAYS:
  • X-ray emission from interacting massive binaries: a review of 15 years of progress by Gregor Rauw and Yael Naze [2015/09]

THE NET ADVANCE OF PHYSICS