Observational Evidence for an Accelerating Universe from Supernovae

GPTKB entity

Predicate	Object
gptkbp:instanceOf	gptkb:academic_journal
gptkbp:arXivID	astro-ph/9805201
gptkbp:author	gptkb:David_Reiss gptkb:Adam_G._Riess gptkb:Brian_P._Schmidt gptkb:Saurabh_Jha gptkb:Alan_Diercks gptkb:John_Tonry gptkb:Nicholas_B._Suntzeff gptkb:Peter_Challis gptkb:Robert_P._Kirshner gptkb:A._Clocchiatti gptkb:Alexei_V._Filippenko gptkb:B._Leibundgut gptkb:Christopher_Stubbs gptkb:Craig_J._Hogan gptkb:J._Spyromilio gptkb:M._M._Phillips gptkb:Peter_M._Garnavich gptkb:R._Chris_Smith gptkb:Robert_A._Schommer gptkb:Ronald_L._Gilliland
gptkbp:citation	over 10,000
gptkbp:collaboratesWith	gptkb:High-z_Supernova_Search_Team
gptkbp:doi	10.1086/300499
gptkbp:foundIn	Type Ia supernovae appear dimmer than expected in a decelerating universe cosmological constant is nonzero evidence for an accelerating universe
https://www.w3.org/2000/01/rdf-schema#label	Observational Evidence for an Accelerating Universe from Supernovae
gptkbp:impact	provided evidence for dark energy
gptkbp:method	observation of Type Ia supernovae
gptkbp:pages	1009-1038
gptkbp:publicationYear	1998
gptkbp:publishedIn	gptkb:The_Astronomical_Journal
gptkbp:volume	116
gptkbp:bfsParent	gptkb:Adam_Riess
gptkbp:bfsLayer	5