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- Q1027098 subject Q6864552.
- Q1027098 subject Q8367815.
- Q1027098 abstract "A fusor, according to a proposal to the IAU by Gibor Basri, Professor of Astronomy at the University of California, Berkeley to help clarify the nomenclature of celestial bodies, is "an object that achieves core fusion during its lifetime". This definition included any form of nuclear fusion, so the lowest possible mass of a fusor was set at roughly 13 times that of Jupiter, at which point deuterium fusion becomes possible. This is significantly smaller than the point at which sustained hydrogen fusion becomes possible, around 60 times the mass of Jupiter. Objects are considered "stellar" when they are about 75 times the mass of Jupiter, when gravitational contraction, i.e. contraction of the object due to gravity, is halted by heat generated by the nuclear reaction in their interiors. Fusors would include active stars, dead stars, and brown dwarfs.The introduction of the term "fusor" would allow for a simple definition: Fusor – An object capable of core fusion Planemo – A round nonfusor Planet – A planemo that orbits a fusorwhere round is understood as "whose surface is very nearly on the gravitational equipotential", orbits means "whose primary orbit is now, or was in the past around", and capable implies fusion is possible sometime during the existence of the object by itself.".
- Q1027098 wikiPageWikiLink Q101600.
- Q1027098 wikiPageWikiLink Q1022867.
- Q1027098 wikiPageWikiLink Q102296.
- Q1027098 wikiPageWikiLink Q1142835.
- Q1027098 wikiPageWikiLink Q121750.
- Q1027098 wikiPageWikiLink Q13082.
- Q1027098 wikiPageWikiLink Q168756.
- Q1027098 wikiPageWikiLink Q2199.
- Q1027098 wikiPageWikiLink Q2606430.
- Q1027098 wikiPageWikiLink Q319.
- Q1027098 wikiPageWikiLink Q389824.
- Q1027098 wikiPageWikiLink Q44559.
- Q1027098 wikiPageWikiLink Q477816.
- Q1027098 wikiPageWikiLink Q523.
- Q1027098 wikiPageWikiLink Q5559110.
- Q1027098 wikiPageWikiLink Q556.
- Q1027098 wikiPageWikiLink Q634.
- Q1027098 wikiPageWikiLink Q6864552.
- Q1027098 wikiPageWikiLink Q6867.
- Q1027098 wikiPageWikiLink Q6999.
- Q1027098 wikiPageWikiLink Q8367815.
- Q1027098 type Place.
- Q1027098 type CelestialBody.
- Q1027098 type Location.
- Q1027098 type Place.
- Q1027098 type Star.
- Q1027098 type Thing.
- Q1027098 comment "A fusor, according to a proposal to the IAU by Gibor Basri, Professor of Astronomy at the University of California, Berkeley to help clarify the nomenclature of celestial bodies, is "an object that achieves core fusion during its lifetime". This definition included any form of nuclear fusion, so the lowest possible mass of a fusor was set at roughly 13 times that of Jupiter, at which point deuterium fusion becomes possible.".
- Q1027098 label "Fusor (astronomy)".