KnowraArthur EddingtonLinked fromLinked fromThe 18 pages that link to Arthur Eddington, each with the reason it gives.All 18Related 17Compared with 1Albert EinsteinRelated: His eclipse expedition helped bring Einstein’s prediction of starlight bending to public attention.Gravitational lensingRelated: His expedition made the predicted bending a prominent observational claim.International Astronomical UnionRelated: He became the Union’s second president and a prominent advocate for international science.Georges LemaîtreRelated: Eddington’s advocacy helped bring Lemaître’s expanding-universe paper to wider attention.AstrophysicsRelated: His work connected stellar interiors to measurable luminosities and helped establish modern stellar astrophysics.Mercury's perihelion precessionRelated: His accounts helped establish the theory’s observational successes, including Mercury’s orbit.CNO cycleRelated: His stellar-energy argument framed the problem that the CNO cycle later helped solve.Stellar pulsationRelated: His work connected stellar opacity and energy transport to the driving of pulsations.Arrow of timeRelated: He gave the thermodynamic direction its influential name and linked it to cosmology.Subrahmanyan ChandrasekharRelated: Their 1930s dispute made the implications of his result a major scientific controversy.Eddington luminosityRelated: His analysis of stellar radiation and gravity gave the limit its name.Solar massRelated: His work helped make stellar masses central to quantitative astrophysics.Boltzmann brainRelated: His discussion of the thermodynamic arrow helped frame the cosmological puzzle.Henry Norris RussellRelated: Eddington’s theories offered physical explanations for patterns Russell studied among stars.Patrick BlackettRelated: Eddington’s skepticism toward Blackett’s proposed link between rotation and magnetism highlights its contested reception.Meghnad SahaRelated: Eddington’s stellar research formed part of the international context in which Saha’s theory was applied.Douglas HartreeRelated: Eddington’s computational astronomy formed part of the Cambridge environment that influenced Hartree’s numerical work.
KnowraArthur EddingtonLinked fromLinked fromThe 18 pages that link to Arthur Eddington, each with the reason it gives.All 18Related 17Compared with 1Albert EinsteinRelated: His eclipse expedition helped bring Einstein’s prediction of starlight bending to public attention.Gravitational lensingRelated: His expedition made the predicted bending a prominent observational claim.International Astronomical UnionRelated: He became the Union’s second president and a prominent advocate for international science.Georges LemaîtreRelated: Eddington’s advocacy helped bring Lemaître’s expanding-universe paper to wider attention.AstrophysicsRelated: His work connected stellar interiors to measurable luminosities and helped establish modern stellar astrophysics.Mercury's perihelion precessionRelated: His accounts helped establish the theory’s observational successes, including Mercury’s orbit.CNO cycleRelated: His stellar-energy argument framed the problem that the CNO cycle later helped solve.Stellar pulsationRelated: His work connected stellar opacity and energy transport to the driving of pulsations.Arrow of timeRelated: He gave the thermodynamic direction its influential name and linked it to cosmology.Subrahmanyan ChandrasekharRelated: Their 1930s dispute made the implications of his result a major scientific controversy.Eddington luminosityRelated: His analysis of stellar radiation and gravity gave the limit its name.Solar massRelated: His work helped make stellar masses central to quantitative astrophysics.Boltzmann brainRelated: His discussion of the thermodynamic arrow helped frame the cosmological puzzle.Henry Norris RussellRelated: Eddington’s theories offered physical explanations for patterns Russell studied among stars.Patrick BlackettRelated: Eddington’s skepticism toward Blackett’s proposed link between rotation and magnetism highlights its contested reception.Meghnad SahaRelated: Eddington’s stellar research formed part of the international context in which Saha’s theory was applied.Douglas HartreeRelated: Eddington’s computational astronomy formed part of the Cambridge environment that influenced Hartree’s numerical work.