KnowraType Ia supernovaLinked fromLinked fromThe 66 pages that link to Type Ia supernova, each with the reason it gives.All 66Broader topic 17Related 34Narrower topic 3Compared with 12White dwarfBroader topic: In some binary systems, a white dwarf's accreted fuel or merger triggers a runaway explosion.Cosmic distance ladderBroader topic: Calibrated with nearby galaxies, these explosions extend measurements much farther than Cepheids.SupernovaBroader topic: This pathway destroys a white dwarf rather than collapsing a massive stellar core.Hubble tensionBroader topic: Distant Type Ia supernovae extend the ladder to galaxies used to estimate expansion.Standard candleBroader topic: Its peak luminosity can be standardized, making it visible across vast distances.Distance modulusBroader topic: Its standardized peak brightness yields distance moduli across large cosmic distances.Fritz ZwickyBroader topic: This later-established supernova class differs from the core-collapse events tied to Zwicky’s neutron-star proposal.Luminosity distanceBroader topic: Its brightness-distance relation traces luminosity distance across cosmic history.Accelerating expansion of the universeBroader topic: These explosions supplied the distant distance measurements behind the original discovery.Brian SchmidtBroader topic: These supernovae provided the distance markers Schmidt’s team compared across cosmic history.Dark Energy SurveyBroader topic: DES light curves supplied distances for tracing the expansion history.Saul PerlmutterBroader topic: These explosions served as distance indicators in the teams' comparison of expansion across cosmic history.Adam RiessBroader topic: Riess’s team used these explosions as distance indicators across cosmic time.Messier 83Broader topic: The Type Ia event SN 1957A occurred in Messier 83 and contributed to its supernova record.Kepler's SupernovaBroader topic: The remnant’s properties indicate that the 1604 event was a Type Ia explosion.Observational cosmologyBroader topic: Their apparent faintness at high redshift revealed accelerated cosmic expansion.Tired lightBroader topic: Their observed time dilation and distance–brightness relation challenge simple tired-light explanations.
KnowraType Ia supernovaLinked fromLinked fromThe 66 pages that link to Type Ia supernova, each with the reason it gives.All 66Broader topic 17Related 34Narrower topic 3Compared with 12White dwarfBroader topic: In some binary systems, a white dwarf's accreted fuel or merger triggers a runaway explosion.Cosmic distance ladderBroader topic: Calibrated with nearby galaxies, these explosions extend measurements much farther than Cepheids.SupernovaBroader topic: This pathway destroys a white dwarf rather than collapsing a massive stellar core.Hubble tensionBroader topic: Distant Type Ia supernovae extend the ladder to galaxies used to estimate expansion.Standard candleBroader topic: Its peak luminosity can be standardized, making it visible across vast distances.Distance modulusBroader topic: Its standardized peak brightness yields distance moduli across large cosmic distances.Fritz ZwickyBroader topic: This later-established supernova class differs from the core-collapse events tied to Zwicky’s neutron-star proposal.Luminosity distanceBroader topic: Its brightness-distance relation traces luminosity distance across cosmic history.Accelerating expansion of the universeBroader topic: These explosions supplied the distant distance measurements behind the original discovery.Brian SchmidtBroader topic: These supernovae provided the distance markers Schmidt’s team compared across cosmic history.Dark Energy SurveyBroader topic: DES light curves supplied distances for tracing the expansion history.Saul PerlmutterBroader topic: These explosions served as distance indicators in the teams' comparison of expansion across cosmic history.Adam RiessBroader topic: Riess’s team used these explosions as distance indicators across cosmic time.Messier 83Broader topic: The Type Ia event SN 1957A occurred in Messier 83 and contributed to its supernova record.Kepler's SupernovaBroader topic: The remnant’s properties indicate that the 1604 event was a Type Ia explosion.Observational cosmologyBroader topic: Their apparent faintness at high redshift revealed accelerated cosmic expansion.Tired lightBroader topic: Their observed time dilation and distance–brightness relation challenge simple tired-light explanations.