IPTF14atg (original) (raw)
iPTF14atg is a type-Ia supernova discovered on 3 May 2015. The supernova is located in galaxy , some 300 Mly (92 Mpc) distant. The supernova is thought to have ignited on May 2 or 3. The supernova's shockwave slammed into a companion star, shocking it into producing an ultraviolet pulse. The companion star that was hit is suspected to be a red giant star. This detection of the UV signal represents the first time the collision event of a supernova shockwave upon a companion star has been detected. The supernova was discovered by the Intermediate Palomar Transient Factory (iPTF), a successor to the earlier Palomar Transient Factory, and based at the Palomar Observatory in California. The data was processed by collaborators in Europe, that lead to the supernova discovery.
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dbo:abstract | iPTF14atg is a type-Ia supernova discovered on 3 May 2015. The supernova is located in galaxy , some 300 Mly (92 Mpc) distant. The supernova is thought to have ignited on May 2 or 3. The supernova's shockwave slammed into a companion star, shocking it into producing an ultraviolet pulse. The companion star that was hit is suspected to be a red giant star. This detection of the UV signal represents the first time the collision event of a supernova shockwave upon a companion star has been detected. The supernova was discovered by the Intermediate Palomar Transient Factory (iPTF), a successor to the earlier Palomar Transient Factory, and based at the Palomar Observatory in California. The data was processed by collaborators in Europe, that lead to the supernova discovery. This single-degenerate white dwarf with normal star binary system represents one of two mechanisms for producing a type-Ia supernova, the other being double-degenerate two white dwarf binary stars. (en) |
dbo:wikiPageExternalLink | https://sne.space http://astronomynow.com/2015/05/20/supernova-observed-colliding-with-its-companion-star/ http://www.natureworldnews.com/articles/14789/20150521/rare-supernova-sheds-light-on-its-mysterious-origins.htm https://sne.space/sne/iPTF14atg/ |
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dbo:wikiPageLength | 4504 (xsd:nonNegativeInteger) |
dbo:wikiPageRevisionID | 1073725360 (xsd:integer) |
dbo:wikiPageWikiLink | dbr:Binary_star dbc:Astronomical_objects_discovered_in_2015 dbc:Coma_Berenices dbr:Star dbr:Palomar_Observatory dbr:Palomar_Transient_Factory dbr:White_dwarf dbc:Supernovae dbr:Supernova dbr:Intermediate_Palomar_Transient_Factory dbr:Red_giant_star dbr:Degenerate_star dbr:IC_831 |
dbp:discovery | 2015-05-03 (xsd:date) |
dbp:host | IC 831 (en) |
dbp:name | iPTF14atg (en) |
dbp:names | iPTF 14atg (en) |
dbp:progenitorType | White dwarf (en) |
dbp:type | Ia (en) |
dbp:wikiPageUsesTemplate | dbt:Cite_journal dbt:Cn dbt:Convert dbt:Reflist dbt:Short_description dbt:Stars_of_Coma_Berenices dbt:Var-star-stub dbt:Infobox_supernova dbt:Lowercase dbt:Multi-star-stub |
dcterms:subject | dbc:Astronomical_objects_discovered_in_2015 dbc:Coma_Berenices dbc:Supernovae |
rdfs:comment | iPTF14atg is a type-Ia supernova discovered on 3 May 2015. The supernova is located in galaxy , some 300 Mly (92 Mpc) distant. The supernova is thought to have ignited on May 2 or 3. The supernova's shockwave slammed into a companion star, shocking it into producing an ultraviolet pulse. The companion star that was hit is suspected to be a red giant star. This detection of the UV signal represents the first time the collision event of a supernova shockwave upon a companion star has been detected. The supernova was discovered by the Intermediate Palomar Transient Factory (iPTF), a successor to the earlier Palomar Transient Factory, and based at the Palomar Observatory in California. The data was processed by collaborators in Europe, that lead to the supernova discovery. (en) |
rdfs:label | IPTF14atg (en) |
owl:sameAs | wikidata:IPTF14atg https://global.dbpedia.org/id/wLfQ |
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