KnowraSN 1987ALinked fromLinked fromThe 17 pages that link to SN 1987A, each with the reason it gives.All 17Broader topic 11Related 5Compared with 1SupernovaBroader topic: Its neutrinos and evolving ejecta gave unusually direct evidence about core collapse.Core-collapse supernovaBroader topic: Its neutrinos and evolving remnant provide an unusually direct record of core collapse.Neutrino astronomyBroader topic: Neutrino detections from its collapse provided the first extragalactic supernova signal.Large Magellanic CloudBroader topic: Its proximity enabled detailed study of a supernova and its progenitor star.Multi-messenger astronomyBroader topic: Neutrinos detected alongside its light provided an early, direct view of a stellar core collapse.Massive starBroader topic: Its progenitor and neutrino signal provide direct evidence about massive-star collapse.Red supergiantBroader topic: Its unexpectedly blue progenitor challenged simple expectations about red-supergiant explosions.Magellanic CloudsBroader topic: Its proximity enabled unusually detailed study of a supernova and its aftermath.MagnetarRelated: Its remnant has been discussed as a possible site of a young, hidden neutron star.Circumstellar mediumBroader topic: Its expanding debris illuminates material shed by the progenitor before the explosion.Tarantula NebulaRelated: Its location near the Tarantula Nebula made the region a focal point for studying the explosion and its surroundings.Blue supergiantRelated: Its blue-supergiant progenitor challenged expectations that massive stars explode as red supergiants.Masatoshi KoshibaBroader topic: Kamiokande detected neutrinos from this explosion, opening a new way to study supernovae.Type II supernovaBroader topic: It provided unusually rich evidence about a Type II explosion and its progenitor.Electromagnetic astronomyRelated: Its changing light across wavelengths tracked the evolution of a nearby stellar explosion.Cygnus LoopCompared with: Its exceptionally young stage offers a contrast to the ancient Cygnus Loop.SN 1972ERelated: Like SN 1972E, it became a landmark nearby event studied across many wavelengths.
KnowraSN 1987ALinked fromLinked fromThe 17 pages that link to SN 1987A, each with the reason it gives.All 17Broader topic 11Related 5Compared with 1SupernovaBroader topic: Its neutrinos and evolving ejecta gave unusually direct evidence about core collapse.Core-collapse supernovaBroader topic: Its neutrinos and evolving remnant provide an unusually direct record of core collapse.Neutrino astronomyBroader topic: Neutrino detections from its collapse provided the first extragalactic supernova signal.Large Magellanic CloudBroader topic: Its proximity enabled detailed study of a supernova and its progenitor star.Multi-messenger astronomyBroader topic: Neutrinos detected alongside its light provided an early, direct view of a stellar core collapse.Massive starBroader topic: Its progenitor and neutrino signal provide direct evidence about massive-star collapse.Red supergiantBroader topic: Its unexpectedly blue progenitor challenged simple expectations about red-supergiant explosions.Magellanic CloudsBroader topic: Its proximity enabled unusually detailed study of a supernova and its aftermath.MagnetarRelated: Its remnant has been discussed as a possible site of a young, hidden neutron star.Circumstellar mediumBroader topic: Its expanding debris illuminates material shed by the progenitor before the explosion.Tarantula NebulaRelated: Its location near the Tarantula Nebula made the region a focal point for studying the explosion and its surroundings.Blue supergiantRelated: Its blue-supergiant progenitor challenged expectations that massive stars explode as red supergiants.Masatoshi KoshibaBroader topic: Kamiokande detected neutrinos from this explosion, opening a new way to study supernovae.Type II supernovaBroader topic: It provided unusually rich evidence about a Type II explosion and its progenitor.Electromagnetic astronomyRelated: Its changing light across wavelengths tracked the evolution of a nearby stellar explosion.Cygnus LoopCompared with: Its exceptionally young stage offers a contrast to the ancient Cygnus Loop.SN 1972ERelated: Like SN 1972E, it became a landmark nearby event studied across many wavelengths.