Astrophysics

•  Table of contents 500
  • 1. Astroparticle physics link nosplit Astrophysics 7
    • 1.1. Anti-sidereal time link nosplit Astroparticle physics
    • 1.2. Christofilos effect link nosplit Astroparticle physics
    • 1.3. Epcard link nosplit Astroparticle physics
    • 1.4. Ground level enhancement link nosplit Astroparticle physics
    • 1.5. Mikheyev–Smirnov–Wolfenstein effect link nosplit Astroparticle physics
    • 1.6. Radio Neutrino Observatory Greenland link nosplit Astroparticle physics
    • 1.7. Wire chamber link nosplit Astroparticle physics
  • 2. Astrophysics journals link nosplit Astrophysics 16
    • 2.1. Annual Review of Astronomy and Astrophysics link nosplit Astrophysics journals
    • 2.2. Astronomy & Astrophysics link nosplit Astrophysics journals
    • 2.3. Astroparticle Physics (journal) link nosplit Astrophysics journals
    • 2.4. Astrophysics (journal) link nosplit Astrophysics journals
    • 2.5. Astrophysics and Space Science link nosplit Astrophysics journals
    • 2.6. Journal of Astrophysics and Astronomy link nosplit Astrophysics journals
    • 2.7. Journal of Cosmology and Astroparticle Physics link nosplit Astrophysics journals
    • 2.8. Journal of the Korean Astronomical Society link nosplit Astrophysics journals
    • 2.9. Living Reviews in Relativity link nosplit Astrophysics journals
    • 2.10. Living Reviews in Solar Physics link nosplit Astrophysics journals
    • 2.11. Publications of the Astronomical Society of Australia link nosplit Astrophysics journals
    • 2.12. Research in Astronomy and Astrophysics link nosplit Astrophysics journals
    • 2.13. Solar Physics (journal) link nosplit Astrophysics journals
    • 2.14. The Astronomy and Astrophysics Review link nosplit Astrophysics journals
    • 2.15. The Astrophysical Journal link nosplit Astrophysics journals
    • 2.16. The Planetary Science Journal link nosplit Astrophysics journals
  • 3. Astrophysics theories link nosplit Astrophysics 5
    • 3.1. Hubble bubble (astronomy) link nosplit Astrophysics theories
    • 3.2. Papaloizou–Pringle instability link nosplit Astrophysics theories
    • 3.3. Partial impact theory link nosplit Astrophysics theories
    • 3.4. Rainbow gravity theory link nosplit Astrophysics theories
    • 3.5. Vanishing dimensions theory link nosplit Astrophysics theories
  • 4. Celestial mechanics link nosplit Astrophysics 107
    • 4.1. Astronomical events link nosplit Celestial mechanics 42
      • 4.1.1. 19th-century astronomical events link nosplit Astronomical events
      • 4.1.2. 20th-century astronomical events link nosplit Astronomical events
      • 4.1.3. 21st-century astronomical events link nosplit Astronomical events
      • 4.1.4. 22nd-century astronomical events link nosplit Astronomical events
      • 4.1.5. Astronomical events of the Solar System link nosplit Astronomical events
      • 4.1.6. Astronomical radio sources link nosplit Astronomical events
      • 4.1.7. Astronomical transits link nosplit Astronomical events
      • 4.1.8. Eclipses link nosplit Astronomical events
      • 4.1.9. Hypernovae link nosplit Astronomical events
      • 4.1.10. Impact events link nosplit Astronomical events
      • 4.1.11. Lists of astronomical events link nosplit Astronomical events
      • 4.1.12. Novae link nosplit Astronomical events
      • 4.1.13. Rotating radio transients link nosplit Astronomical events
      • 4.1.14. Stellar occultation link nosplit Astronomical events
      • 4.1.15. Supernovae link nosplit Astronomical events
      • 4.1.16. AT 2021lwx link nosplit Astronomical events
      • 4.1.17. Andromeda–Milky Way collision link nosplit Astronomical events
      • 4.1.18. Astronomical transit link nosplit Astronomical events
      • 4.1.19. Chord (astronomy) link nosplit Astronomical events
      • 4.1.20. Dwarf nova link nosplit Astronomical events
      • 4.1.21. Failed supernova link nosplit Astronomical events
      • 4.1.22. Gravitational capture link nosplit Astronomical events
      • 4.1.23. Grazing lunar occultation link nosplit Astronomical events
      • 4.1.24. Great comet link nosplit Astronomical events
      • 4.1.25. Guest star (astronomy) link nosplit Astronomical events
      • 4.1.26. IGR J17329-2731 link nosplit Astronomical events
      • 4.1.27. Impact event link nosplit Astronomical events
      • 4.1.28. Light echo link nosplit Astronomical events
      • 4.1.29. Lunar eclipse link nosplit Astronomical events
      • 4.1.30. Lunar occultation of Venus link nosplit Astronomical events
      • 4.1.31. Occultation link nosplit Astronomical events
      • 4.1.32. Planetary transits and occultations link nosplit Astronomical events
      • 4.1.33. Rotating radio transient link nosplit Astronomical events
      • 4.1.34. SN 2018cow link nosplit Astronomical events
      • 4.1.35. Soft gamma repeater link nosplit Astronomical events
      • 4.1.36. Supermoon link nosplit Astronomical events
      • 4.1.37. Supernova impostor link nosplit Astronomical events
      • 4.1.38. Syzygy (astronomy) link nosplit Astronomical events
      • 4.1.39. TXS 0506+056 link nosplit Astronomical events
      • 4.1.40. Time-domain astronomy link nosplit Astronomical events
      • 4.1.41. Winter solstice link nosplit Astronomical events
      • 4.1.42. Zero shadow day link nosplit Astronomical events
    • 4.2. Dynamics of the Solar System link nosplit Celestial mechanics 25
      • 4.2.1. Autumn equinox link nosplit Dynamics of the Solar System
      • 4.2.2. Equinoxes link nosplit Dynamics of the Solar System
      • 4.2.3. Solar System dynamic theories link nosplit Dynamics of the Solar System
      • 4.2.4. Solstices link nosplit Dynamics of the Solar System
      • 4.2.5. Spring equinox link nosplit Dynamics of the Solar System
      • 4.2.6. Celestial equator link nosplit Dynamics of the Solar System
      • 4.2.7. Earth's rotation link nosplit Dynamics of the Solar System
      • 4.2.8. Ecliptic link nosplit Dynamics of the Solar System
      • 4.2.9. Equinox link nosplit Dynamics of the Solar System
      • 4.2.10. First point of Aries link nosplit Dynamics of the Solar System
      • 4.2.11. Invariable plane link nosplit Dynamics of the Solar System
      • 4.2.12. Jupiter barrier link nosplit Dynamics of the Solar System
      • 4.2.13. Libration link nosplit Dynamics of the Solar System
      • 4.2.14. March equinox link nosplit Dynamics of the Solar System
      • 4.2.15. Orbit of Mars link nosplit Dynamics of the Solar System
      • 4.2.16. Orbit of Venus link nosplit Dynamics of the Solar System
      • 4.2.17. Peak of eternal light link nosplit Dynamics of the Solar System
      • 4.2.18. Permanently shadowed crater link nosplit Dynamics of the Solar System
      • 4.2.19. Position of the Sun link nosplit Dynamics of the Solar System
      • 4.2.20. September equinox link nosplit Dynamics of the Solar System
      • 4.2.21. Solar apex link nosplit Dynamics of the Solar System
      • 4.2.22. Solstice link nosplit Dynamics of the Solar System
      • 4.2.23. Stability of the Solar System link nosplit Dynamics of the Solar System
      • 4.2.24. Sunrise equation link nosplit Dynamics of the Solar System
      • 4.2.25. VSOP model link nosplit Dynamics of the Solar System
    • 4.3. Axial parallelism link nosplit Celestial mechanics
    • 4.4. Axial precession link nosplit Celestial mechanics
    • 4.5. Barycenter (astronomy) link nosplit Celestial mechanics
    • 4.6. Besselian elements link nosplit Celestial mechanics
    • 4.7. Clearing the neighbourhood link nosplit Celestial mechanics
    • 4.8. Culmination link nosplit Celestial mechanics
    • 4.9. Dark flow link nosplit Celestial mechanics
    • 4.10. Dynamic method link nosplit Celestial mechanics
    • 4.11. Elongation (astronomy) link nosplit Celestial mechanics
    • 4.12. Free-fall time link nosplit Celestial mechanics
    • 4.13. Free drift link nosplit Celestial mechanics
    • 4.14. Leonard–Merritt mass estimator link nosplit Celestial mechanics
    • 4.15. Planetary migration link nosplit Celestial mechanics
    • 4.16. Quadrature (astronomy) link nosplit Celestial mechanics
    • 4.17. Ring system link nosplit Celestial mechanics
    • 4.18. Rotation around a fixed axis link nosplit Celestial mechanics
    • 4.19. Shepherd moon link nosplit Celestial mechanics
    • 4.20. Summer Science Program link nosplit Celestial mechanics 17
      • 4.20.1. (95625) 2002 GX32 link nosplit Summer Science Program
      • 4.20.2. 23131 Debenedictis link nosplit Summer Science Program
      • 4.20.3. 52P/Harrington–Abell link nosplit Summer Science Program
      • 4.20.4. Amy B. Jordan (astronomer) link nosplit Summer Science Program
      • 4.20.5. Donald R. Davis (astronomer) link nosplit Summer Science Program
      • 4.20.6. Ed Krupp link nosplit Summer Science Program
      • 4.20.7. Freada Kapor Klein link nosplit Summer Science Program
      • 4.20.8. George O. Abell link nosplit Summer Science Program
      • 4.20.9. Greg Mankiw link nosplit Summer Science Program
      • 4.20.10. Jerold Krieger link nosplit Summer Science Program
      • 4.20.11. Jerry Nelson (astronomer) link nosplit Summer Science Program
      • 4.20.12. Mitch Kapor link nosplit Summer Science Program
      • 4.20.13. New Mexico Institute of Mining and Technology link nosplit Summer Science Program
      • 4.20.14. R. Paul Butler link nosplit Summer Science Program
      • 4.20.15. Robert D. Arnott link nosplit Summer Science Program
      • 4.20.16. Scott Pace link nosplit Summer Science Program
      • 4.20.17. Westmont College link nosplit Summer Science Program
    • 4.21. Tidal locking link nosplit Celestial mechanics
    • 4.22. Tidal shock link nosplit Celestial mechanics
    • 4.23. Variation (astronomy) link nosplit Celestial mechanics
  • 5. Cosmic rays link nosplit Astrophysics 14
    • 5.1. Background radiation link nosplit Cosmic rays 3
      • 5.1.1. Detection limit link nosplit Background radiation
      • 5.1.2. International Radon Project link nosplit Background radiation
      • 5.1.3. Low-background steel link nosplit Background radiation
    • 5.2. Centauro event link nosplit Cosmic rays
    • 5.3. Compton–Getting effect link nosplit Cosmic rays
    • 5.4. Cosmic ray spallation link nosplit Cosmic rays
    • 5.5. Cosmic ray visual phenomena link nosplit Cosmic rays
    • 5.6. HZE ion link nosplit Cosmic rays
    • 5.7. Health threat from cosmic rays link nosplit Cosmic rays
    • 5.8. Mars Radiation Environment Experiment link nosplit Cosmic rays
    • 5.9. OREOcube link nosplit Cosmic rays
    • 5.10. Oh-My-God particle link nosplit Cosmic rays
    • 5.11. Ter-Antonyan function link nosplit Cosmic rays
  • 6. Dark concepts in astrophysics link nosplit Astrophysics
  • 7. Quark matter link nosplit Astrophysics 6
    • 7.1. Quark stars link nosplit Quark matter 3
      • 7.1.1. 3C 58 link nosplit Quark stars
      • 7.1.2. Quark-nova link nosplit Quark stars
      • 7.1.3. Strange star link nosplit Quark stars
    • 7.2. Continent of stability link nosplit Quark matter
    • 7.3. Elliptic flow link nosplit Quark matter
  • 8. Space plasmas link nosplit Astrophysics 160
    • 8.1. Ionosphere link nosplit Space plasmas 21
      • 8.1.1. Birkeland current link nosplit Ionosphere
      • 8.1.2. Earth–ionosphere waveguide link nosplit Ionosphere
      • 8.1.3. Equatorial electrojet link nosplit Ionosphere
      • 8.1.4. F2 propagation link nosplit Ionosphere
      • 8.1.5. F region link nosplit Ionosphere
      • 8.1.6. International Reference Ionosphere link nosplit Ionosphere
      • 8.1.7. Ionosonde link nosplit Ionosphere
      • 8.1.8. Ionosphere-Thermosphere Storm Probes link nosplit Ionosphere
      • 8.1.9. Ionospheric dynamo region link nosplit Ionosphere
      • 8.1.10. Ionospheric heater link nosplit Ionosphere
      • 8.1.11. Ionospheric sounding link nosplit Ionosphere
      • 8.1.12. Ionospheric storm link nosplit Ionosphere
      • 8.1.13. Kennelly–Heaviside layer link nosplit Ionosphere
      • 8.1.14. Near vertical incidence skywave link nosplit Ionosphere
      • 8.1.15. Observatory for Heteroscale Magnetosphere-Ionosphere Coupling link nosplit Ionosphere
      • 8.1.16. Skywave link nosplit Ionosphere
      • 8.1.17. Sporadic E propagation link nosplit Ionosphere
      • 8.1.18. Sudden ionospheric disturbance link nosplit Ionosphere
      • 8.1.19. Sura Ionospheric Heating Facility link nosplit Ionosphere
      • 8.1.20. TIMED link nosplit Ionosphere
      • 8.1.21. Waves and Instabilities from a Neutral Dynamo link nosplit Ionosphere
    • 8.2. Nebulae link nosplit Space plasmas 43
      • 8.2.1. Astronomical catalogues of nebulae link nosplit Nebulae
      • 8.2.2. Dark nebulae link nosplit Nebulae
      • 8.2.3. Diffuse nebulae link nosplit Nebulae
      • 8.2.4. Emission nebulae link nosplit Nebulae
      • 8.2.5. Fiction about nebulae link nosplit Nebulae
      • 8.2.6. H II regions link nosplit Nebulae
      • 8.2.7. H I regions link nosplit Nebulae
      • 8.2.8. Herbig–Haro objects link nosplit Nebulae
      • 8.2.9. Images of nebulae link nosplit Nebulae
      • 8.2.10. Lists of nebulae link nosplit Nebulae
      • 8.2.11. Lyman-alpha blobs link nosplit Nebulae
      • 8.2.12. Nebula stubs link nosplit Nebulae
      • 8.2.13. Nova remnants link nosplit Nebulae
      • 8.2.14. Planetary nebulae link nosplit Nebulae
      • 8.2.15. Post-stellar nebulae link nosplit Nebulae
      • 8.2.16. Pre-stellar nebulae link nosplit Nebulae
      • 8.2.17. Pulsar wind nebulae link nosplit Nebulae
      • 8.2.18. Reflection nebulae link nosplit Nebulae
      • 8.2.19. Superbubbles link nosplit Nebulae
      • 8.2.20. Wolf–Rayet nebulae link nosplit Nebulae
      • 8.2.21. Barnard 30 link nosplit Nebulae
      • 8.2.22. Barnard 5 link nosplit Nebulae
      • 8.2.23. Bipolar nebula link nosplit Nebulae
      • 8.2.24. Circumstellar disc link nosplit Nebulae
      • 8.2.25. Dark nebula link nosplit Nebulae
      • 8.2.26. Emission nebula link nosplit Nebulae
      • 8.2.27. Evaporating gaseous globule link nosplit Nebulae
      • 8.2.28. HD 101584 link nosplit Nebulae
      • 8.2.29. HD 87643 link nosplit Nebulae
      • 8.2.30. H II region link nosplit Nebulae
      • 8.2.31. H I region link nosplit Nebulae
      • 8.2.32. High-velocity cloud link nosplit Nebulae
      • 8.2.33. Integrated Flux Nebula link nosplit Nebulae
      • 8.2.34. Interstellar cloud link nosplit Nebulae
      • 8.2.35. NGC 2078 link nosplit Nebulae
      • 8.2.36. NGC 6326 link nosplit Nebulae
      • 8.2.37. Nebulium link nosplit Nebulae
      • 8.2.38. Pulsar wind nebula link nosplit Nebulae
      • 8.2.39. Reflection nebula link nosplit Nebulae
      • 8.2.40. Sh2-308 link nosplit Nebulae
      • 8.2.41. Supernova remnant link nosplit Nebulae
      • 8.2.42. Variable nebula link nosplit Nebulae
      • 8.2.43. Wolf–Rayet nebula link nosplit Nebulae
    • 8.3. Astrophysical X-ray source link nosplit Space plasmas
    • 8.4. Cooling flow link nosplit Space plasmas
    • 8.5. Double layer (plasma physics) link nosplit Space plasmas
    • 8.6. Flux transfer event link nosplit Space plasmas
    • 8.7. Heliosphere link nosplit Space plasmas
    • 8.8. History of X-ray astronomy link nosplit Space plasmas
    • 8.9. Magnetopause link nosplit Space plasmas
    • 8.10. Magnetosphere chronology link nosplit Space plasmas
    • 8.11. Magnetosphere particle motion link nosplit Space plasmas
    • 8.12. Polar wind link nosplit Space plasmas
    • 8.13. Shocks and discontinuities (magnetohydrodynamics) link nosplit Space plasmas
    • 8.14. Solar Terrestrial Probes program link nosplit Space plasmas
    • 8.15. Solar transition region link nosplit Space plasmas
    • 8.16. South Atlantic Anomaly link nosplit Space plasmas
    • 8.17. Sun link nosplit Space plasmas 53
      • 8.17.1. Coats of arms with sunrays link nosplit Sun
      • 8.17.2. Coats of arms with suns link nosplit Sun
      • 8.17.3. Horizontal coordinate system link nosplit Sun
      • 8.17.4. Missions to the Sun link nosplit Sun
      • 8.17.5. Solar alignment link nosplit Sun
      • 8.17.6. Solar calendars link nosplit Sun
      • 8.17.7. Solar eclipses link nosplit Sun
      • 8.17.8. Solar energy link nosplit Sun
      • 8.17.9. Solar observatories link nosplit Sun
      • 8.17.10. Sun in culture link nosplit Sun
      • 8.17.11. Sun stubs link nosplit Sun
      • 8.17.12. Sun tanning link nosplit Sun
      • 8.17.13. Birkat Hachama link nosplit Sun
      • 8.17.14. Chromosphere link nosplit Sun
      • 8.17.15. Heliometer link nosplit Sun
      • 8.17.16. Heliophysics link nosplit Sun
      • 8.17.17. Heliotropism link nosplit Sun
      • 8.17.18. Helium focusing cone link nosplit Sun
      • 8.17.19. International Heliophysical Year link nosplit Sun
      • 8.17.20. International Solar-Terrestrial Physics Science Initiative link nosplit Sun
      • 8.17.21. List of articles related to the Sun link nosplit Sun
      • 8.17.22. Phoebus group link nosplit Sun
      • 8.17.23. Photosphere link nosplit Sun
      • 8.17.24. Radiation zone link nosplit Sun
      • 8.17.25. Science-Enabling Technologies for Heliophysics link nosplit Sun
      • 8.17.26. Soiling (solar energy) link nosplit Sun
      • 8.17.27. Solar Cruiser link nosplit Sun
      • 8.17.28. Solar azimuth angle link nosplit Sun
      • 8.17.29. Solar constant link nosplit Sun
      • 8.17.30. Solar core link nosplit Sun
      • 8.17.31. Solar dynamo link nosplit Sun
      • 8.17.32. Solar equator link nosplit Sun
      • 8.17.33. Solar neutrino link nosplit Sun
      • 8.17.34. Solar neutrino problem link nosplit Sun
      • 8.17.35. Solar power link nosplit Sun
      • 8.17.36. Solar power in Armenia link nosplit Sun
      • 8.17.37. Solar rotation link nosplit Sun
      • 8.17.38. Solar simulator link nosplit Sun
      • 8.17.39. Solar telescope link nosplit Sun
      • 8.17.40. Solar transit link nosplit Sun
      • 8.17.41. Solar viewer link nosplit Sun
      • 8.17.42. Solar zenith angle link nosplit Sun
      • 8.17.43. Spectroheliograph link nosplit Sun
      • 8.17.44. Sun (heraldry) link nosplit Sun
      • 8.17.45. Sun Belt link nosplit Sun
      • 8.17.46. Sun chart link nosplit Sun
      • 8.17.47. Sun sign astrology link nosplit Sun
      • 8.17.48. Sungazing link nosplit Sun
      • 8.17.49. Sunglasses link nosplit Sun
      • 8.17.50. Sunlight link nosplit Sun
      • 8.17.51. Tachocline link nosplit Sun
      • 8.17.52. The Sunlight League link nosplit Sun
      • 8.17.53. Windshield sun shade link nosplit Sun
    • 8.18. X-ray astronomy link nosplit Space plasmas 25
      • 8.18.1. Astronomical X-ray sources link nosplit X-ray astronomy
      • 8.18.2. ROSAT objects link nosplit X-ray astronomy
      • 8.18.3. X-ray telescopes link nosplit X-ray astronomy
      • 8.18.4. 1RXS link nosplit X-ray astronomy
      • 8.18.5. Cygnus Loop link nosplit X-ray astronomy
      • 8.18.6. Cygnus X-3 link nosplit X-ray astronomy
      • 8.18.7. Filippo Frontera link nosplit X-ray astronomy
      • 8.18.8. GRS 1124-683 link nosplit X-ray astronomy
      • 8.18.9. G 117-B15A link nosplit X-ray astronomy
      • 8.18.10. HR 3643 link nosplit X-ray astronomy
      • 8.18.11. Hercules X-1 link nosplit X-ray astronomy
      • 8.18.12. Lockman Hole link nosplit X-ray astronomy
      • 8.18.13. MAXI (ISS experiment) link nosplit X-ray astronomy
      • 8.18.14. MS 0735.6+7421 link nosplit X-ray astronomy
      • 8.18.15. Messier 15 link nosplit X-ray astronomy
      • 8.18.16. NGC 4151 link nosplit X-ray astronomy
      • 8.18.17. NeVe 1 link nosplit X-ray astronomy
      • 8.18.18. PoGOLite link nosplit X-ray astronomy
      • 8.18.19. Super soft X-ray source link nosplit X-ray astronomy
      • 8.18.20. Ultraluminous X-ray source link nosplit X-ray astronomy
      • 8.18.21. X-ray astronomy detector link nosplit X-ray astronomy
      • 8.18.22. X-ray astronomy satellite link nosplit X-ray astronomy
      • 8.18.23. X-ray background link nosplit X-ray astronomy
      • 8.18.24. X-ray flash (astronomy) link nosplit X-ray astronomy
      • 8.18.25. X-ray optics link nosplit X-ray astronomy
  • 9. Standard candles link nosplit Astrophysics 8
    • 9.1. BL Herculis variable link nosplit Standard candles
    • 9.2. Cepheid variable link nosplit Standard candles
    • 9.3. Classical Cepheid variable link nosplit Standard candles
    • 9.4. Planetary nebula luminosity function link nosplit Standard candles
    • 9.5. RR Lyrae variable link nosplit Standard candles
    • 9.6. Surface brightness fluctuation link nosplit Standard candles
    • 9.7. Tip of the red-giant branch link nosplit Standard candles
    • 9.8. Type II Cepheid link nosplit Standard candles
  • 10. Stellar dynamics link nosplit Astrophysics 1
    • 10.1. Chandrasekhar virial equations link nosplit Stellar dynamics
  • 11. Gravitational-wave astronomy link nosplit Astrophysics 27
    • 11.1. Gravitational wave observatories link nosplit Gravitational-wave astronomy 6
      • 11.1.1. Gravitational-wave telescopes link nosplit Gravitational wave observatories
      • 11.1.2. Cosmic Explorer (gravitational wave observatory) link nosplit Gravitational wave observatories
      • 11.1.3. European Gravitational Observatory link nosplit Gravitational wave observatories
      • 11.1.4. Indian Initiative in Gravitational-wave Observations link nosplit Gravitational wave observatories
      • 11.1.5. North American Nanohertz Observatory for Gravitational Waves link nosplit Gravitational wave observatories
      • 11.1.6. Taiji Program in Space link nosplit Gravitational wave observatories
    • 11.2. Gravitational waves link nosplit Gravitational-wave astronomy 6
      • 11.2.1. GW151226 link nosplit Gravitational waves
      • 11.2.2. GW170104 link nosplit Gravitational waves
      • 11.2.3. GW170608 link nosplit Gravitational waves
      • 11.2.4. GW170814 link nosplit Gravitational waves
      • 11.2.5. GW170817 link nosplit Gravitational waves
      • 11.2.6. GW190521 link nosplit Gravitational waves
    • 11.3. ACIGA link nosplit Gravitational-wave astronomy
    • 11.4. Advanced LIGO Documentary Project link nosplit Gravitational-wave astronomy
    • 11.5. Binary Black Hole Grand Challenge Alliance link nosplit Gravitational-wave astronomy
    • 11.6. Chirp mass link nosplit Gravitational-wave astronomy
    • 11.7. First observation of gravitational waves link nosplit Gravitational-wave astronomy
    • 11.8. Gravitational-wave observatory link nosplit Gravitational-wave astronomy
    • 11.9. Gravitational wave background link nosplit Gravitational-wave astronomy
    • 11.10. LIGO (film) link nosplit Gravitational-wave astronomy
    • 11.11. LIGO Scientific Collaboration link nosplit Gravitational-wave astronomy
    • 11.12. Livingston, Louisiana link nosplit Gravitational-wave astronomy
    • 11.13. Matched filter link nosplit Gravitational-wave astronomy
    • 11.14. Pulsar timing array link nosplit Gravitational-wave astronomy
    • 11.15. ZTF J153932.16+502738.8 link nosplit Gravitational-wave astronomy
  • 12. Nucleosynthesis link nosplit Astrophysics 13
    • 12.1. Alpha process link nosplit Nucleosynthesis
    • 12.2. Beryllium-8 link nosplit Nucleosynthesis
    • 12.3. CNO cycle link nosplit Nucleosynthesis
    • 12.4. Carbon-burning process link nosplit Nucleosynthesis
    • 12.5. Deuterium fusion link nosplit Nucleosynthesis
    • 12.6. Iron group link nosplit Nucleosynthesis
    • 12.7. Nuclear drip line link nosplit Nucleosynthesis
    • 12.8. Nucleogenic link nosplit Nucleosynthesis
    • 12.9. Oxygen-burning process link nosplit Nucleosynthesis
    • 12.10. Photodisintegration link nosplit Nucleosynthesis
    • 12.11. Photofission link nosplit Nucleosynthesis
    • 12.12. Presolar grains link nosplit Nucleosynthesis
    • 12.13. Silicon-burning process link nosplit Nucleosynthesis
  • 13. Plasma parameters link nosplit Astrophysics 5
    • 13.1. Magnetic tension link nosplit Plasma parameters
    • 13.2. Number density link nosplit Plasma parameters
    • 13.3. Plasma beta link nosplit Plasma parameters
    • 13.4. Plasma parameter link nosplit Plasma parameters
    • 13.5. Safety factor (plasma physics) link nosplit Plasma parameters
  • 14. ARIANNA Experiment link nosplit Astrophysics
  • 15. Absolute horizon link nosplit Astrophysics
  • 16. Accretion (astrophysics) link nosplit Astrophysics
  • 17. Astrophysical fluid dynamics link nosplit Astrophysics
  • 18. Atomic and molecular astrophysics link nosplit Astrophysics
  • 19. Bahcall–Wolf cusp link nosplit Astrophysics
  • 20. Bidirectional scattering distribution function link nosplit Astrophysics
  • 21. Blast wave link nosplit Astrophysics
  • 22. Chandrasekhar limit link nosplit Astrophysics
  • 23. Chandrasekhar polarization link nosplit Astrophysics
  • 24. Chandrasekhar potential energy tensor link nosplit Astrophysics
  • 25. Chandrasekhar–Fermi method link nosplit Astrophysics
  • 26. Chandrasekhar–Kendall function link nosplit Astrophysics
  • 27. Circular polarization link nosplit Astrophysics
  • 28. Convective overturn link nosplit Astrophysics
  • 29. Coronal loop link nosplit Astrophysics
  • 30. Cosmochemistry link nosplit Astrophysics
  • 31. Critical ionization velocity link nosplit Astrophysics
  • 32. Crocco's Multiplanetary Trajectory link nosplit Astrophysics
  • 33. Dark Matter Particle Explorer link nosplit Astrophysics
  • 34. De Laval nozzle link nosplit Astrophysics
  • 35. De Sitter effect link nosplit Astrophysics
  • 36. Differential rotation link nosplit Astrophysics
  • 37. Dirichlet's ellipsoidal problem link nosplit Astrophysics
  • 38. Dusty plasma link nosplit Astrophysics
  • 39. Dynamical friction link nosplit Astrophysics
  • 40. Eddington luminosity link nosplit Astrophysics
  • 41. Eddington number link nosplit Astrophysics
  • 42. Eggshell planet link nosplit Astrophysics
  • 43. Ejecta link nosplit Astrophysics
  • 44. Ekpyrotic universe link nosplit Astrophysics
  • 45. Enduring Quests and Daring Visions link nosplit Astrophysics
  • 46. ExoMol link nosplit Astrophysics
  • 47. Extragalactic cosmic ray link nosplit Astrophysics
  • 48. Fermi Gamma-ray Space Telescope link nosplit Astrophysics
  • 49. Fiske Planetarium link nosplit Astrophysics
  • 50. Flux tube link nosplit Astrophysics
  • 51. Fractal cosmology link nosplit Astrophysics
  • 52. Galactic Bridges and Tails link nosplit Astrophysics
  • 53. Galaxy H-Alpha Fabry-Perot System link nosplit Astrophysics
  • 54. Gas torus link nosplit Astrophysics
  • 55. Gauge vector–tensor gravity link nosplit Astrophysics
  • 56. Graphical timeline of the Stelliferous Era link nosplit Astrophysics
  • 57. Graphical timeline of the universe link nosplit Astrophysics
  • 58. Gravitational compression link nosplit Astrophysics
  • 59. Gravitational lensing formalism link nosplit Astrophysics
  • 60. GravitySimulator link nosplit Astrophysics
  • 61. Grey atmosphere link nosplit Astrophysics
  • 62. Gunn–Peterson trough link nosplit Astrophysics
  • 63. High Altitude Observatory link nosplit Astrophysics
  • 64. High energy density physics link nosplit Astrophysics
  • 65. High time-resolution astrophysics link nosplit Astrophysics
  • 66. Highly charged ion link nosplit Astrophysics
  • 67. Hydrogen anion link nosplit Astrophysics
  • 68. ICRANet link nosplit Astrophysics
  • 69. IRAP PhD Program link nosplit Astrophysics
  • 70. Illustris project link nosplit Astrophysics
  • 71. Instituto de Astrofísica de Andalucía link nosplit Astrophysics
  • 72. International Center for Relativistic Astrophysics link nosplit Astrophysics
  • 73. Iron peak link nosplit Astrophysics
  • 74. Isabella M. Gioia link nosplit Astrophysics
  • 75. Kavli Prize link nosplit Astrophysics
  • 76. Kvant-1 link nosplit Astrophysics
  • 77. Lane–Emden equation link nosplit Astrophysics
  • 78. Mass-to-light ratio link nosplit Astrophysics
  • 79. Mass deficit link nosplit Astrophysics
  • 80. Mass segregation (astronomy) link nosplit Astrophysics
  • 81. Morphs collaboration link nosplit Astrophysics
  • 82. Multi-messenger astronomy link nosplit Astrophysics
  • 83. NASA Heliophysics link nosplit Astrophysics
  • 84. Neutronium link nosplit Astrophysics
  • 85. Nordtvedt effect link nosplit Astrophysics
  • 86. Nuclear astrophysics link nosplit Astrophysics
  • 87. Osipkov–Merritt model link nosplit Astrophysics
  • 88. P-nuclei link nosplit Astrophysics
  • 89. P-process link nosplit Astrophysics
  • 90. Peryton (astronomy) link nosplit Astrophysics
  • 91. Petrie Prize Lecture link nosplit Astrophysics
  • 92. Phillips relationship link nosplit Astrophysics
  • 93. Photodissociation link nosplit Astrophysics
  • 94. Photoevaporation link nosplit Astrophysics
  • 95. Photographic magnitude link nosplit Astrophysics
  • 96. Plasmoid link nosplit Astrophysics
  • 97. Plummer model link nosplit Astrophysics
  • 98. Polarization in astronomy link nosplit Astrophysics
  • 99. Polytrope link nosplit Astrophysics
  • 100. Pulsed accretion link nosplit Astrophysics
  • 101. Q-PACE link nosplit Astrophysics
  • 102. R-process link nosplit Astrophysics
  • 103. Radio object with continuous optical spectrum link nosplit Astrophysics
  • 104. Relativistic beaming link nosplit Astrophysics
  • 105. Richtmyer–Meshkov instability link nosplit Astrophysics
  • 106. Rossby wave instability link nosplit Astrophysics
  • 107. Rotational Brownian motion (astronomy) link nosplit Astrophysics
  • 108. Rp-process link nosplit Astrophysics
  • 109. Rubble pile link nosplit Astrophysics
  • 110. S-process link nosplit Astrophysics
  • 111. SAO 206462 link nosplit Astrophysics
  • 112. Scalar–tensor–vector gravity link nosplit Astrophysics
  • 113. Schönberg–Chandrasekhar limit link nosplit Astrophysics
  • 114. Solar physics link nosplit Astrophysics
  • 115. Sommerfeld parameter link nosplit Astrophysics
  • 116. Source function link nosplit Astrophysics
  • 117. Sołtan argument link nosplit Astrophysics
  • 118. Stationary orbit link nosplit Astrophysics
  • 119. Stellar pulsation link nosplit Astrophysics
  • 120. Strömgren sphere link nosplit Astrophysics
  • 121. Superionic water link nosplit Astrophysics
  • 122. Superluminal motion link nosplit Astrophysics
  • 123. Supernova nucleosynthesis link nosplit Astrophysics
  • 124. Tensor–vector–scalar gravity link nosplit Astrophysics
  • 125. Toomre's stability criterion link nosplit Astrophysics
  • 126. UniverseMachine link nosplit Astrophysics
  • 127. Urca process link nosplit Astrophysics
  • 128. Whole Earth Blazar Telescope link nosplit Astrophysics
  • 129. Wouthuysen–Field coupling link nosplit Astrophysics
  • 130. XMM Cluster Survey link nosplit Astrophysics
  • 131. Zanstra method link nosplit Astrophysics