KnowraHans BetheLinked fromLinked fromThe 21 pages that link to Hans Bethe, each with the reason it gives.All 21Related 21Richard FeynmanRelated: Bethe mentored Feynman at Los Alamos and helped establish his early scientific reputation.Lamb shiftRelated: He gave an early successful estimate of the shift using a nonrelativistic calculation.J. Robert OppenheimerRelated: Bethe became Oppenheimer’s close scientific colleague and a key leader at the laboratory.BremsstrahlungRelated: His collaboration with Walter Heitler yielded a quantum theory of high-energy bremsstrahlung.George GamowRelated: Bethe’s name appeared in the Alpher–Bethe–Gamow paper, despite not contributing to its research.Ligand field theoryRelated: His symmetry-based analysis helped establish the crystal-field framework that preceded ligand field theory.RenormalizationRelated: His 1947 calculation of the hydrogen Lamb shift used an early successful renormalization procedure.Julian SchwingerRelated: Bethe’s 1947 calculation of the hydrogen Lamb shift helped spur Schwinger’s renormalized calculations.Arnold SommerfeldRelated: Bethe trained with Sommerfeld and later recalled his influence as a teacher and mentor.CNO cycleRelated: He identified the carbon–nitrogen cycle as a mechanism for stellar hydrogen burning.Edward TellerRelated: Bethe worked with Teller at Los Alamos and later criticized aspects of Teller’s testimony about Oppenheimer.Los Alamos National LaboratoryRelated: Bethe guided wartime calculations and later became a prominent voice on nuclear policy.Vacuum polarizationRelated: His 1947 Lamb-shift calculation helped establish the need for radiative corrections.Ralph AlpherRelated: Gamow added Bethe’s name to Alpher’s 1948 paper as a joke, though Bethe had not contributed to it.Freeman DysonRelated: Bethe recruited Dyson to Cornell and supported his early career in the United States.Robert HermanRelated: Bethe’s name was added to the 1948 Alpher–Bethe–Gamow paper as a playful allusion to alpha, beta, and gamma.Frederick ReinesRelated: Bethe and Rudolf Peierls assessed whether neutrinos could be detected experimentally.Robert HofstadterRelated: Bethe supervised Hofstadter’s doctoral research at Princeton.Alpher–Bethe–Gamow paperRelated: Gamow added Bethe’s name to the paper’s authorship as a joke on the Greek-letter sequence.Willis LambRelated: Bethe supplied an influential explanation of the Lamb shift shortly after its discovery.Edwin E. SalpeterRelated: Bethe and Salpeter collaborated on stellar processes and the relativistic bound-state equation.
KnowraHans BetheLinked fromLinked fromThe 21 pages that link to Hans Bethe, each with the reason it gives.All 21Related 21Richard FeynmanRelated: Bethe mentored Feynman at Los Alamos and helped establish his early scientific reputation.Lamb shiftRelated: He gave an early successful estimate of the shift using a nonrelativistic calculation.J. Robert OppenheimerRelated: Bethe became Oppenheimer’s close scientific colleague and a key leader at the laboratory.BremsstrahlungRelated: His collaboration with Walter Heitler yielded a quantum theory of high-energy bremsstrahlung.George GamowRelated: Bethe’s name appeared in the Alpher–Bethe–Gamow paper, despite not contributing to its research.Ligand field theoryRelated: His symmetry-based analysis helped establish the crystal-field framework that preceded ligand field theory.RenormalizationRelated: His 1947 calculation of the hydrogen Lamb shift used an early successful renormalization procedure.Julian SchwingerRelated: Bethe’s 1947 calculation of the hydrogen Lamb shift helped spur Schwinger’s renormalized calculations.Arnold SommerfeldRelated: Bethe trained with Sommerfeld and later recalled his influence as a teacher and mentor.CNO cycleRelated: He identified the carbon–nitrogen cycle as a mechanism for stellar hydrogen burning.Edward TellerRelated: Bethe worked with Teller at Los Alamos and later criticized aspects of Teller’s testimony about Oppenheimer.Los Alamos National LaboratoryRelated: Bethe guided wartime calculations and later became a prominent voice on nuclear policy.Vacuum polarizationRelated: His 1947 Lamb-shift calculation helped establish the need for radiative corrections.Ralph AlpherRelated: Gamow added Bethe’s name to Alpher’s 1948 paper as a joke, though Bethe had not contributed to it.Freeman DysonRelated: Bethe recruited Dyson to Cornell and supported his early career in the United States.Robert HermanRelated: Bethe’s name was added to the 1948 Alpher–Bethe–Gamow paper as a playful allusion to alpha, beta, and gamma.Frederick ReinesRelated: Bethe and Rudolf Peierls assessed whether neutrinos could be detected experimentally.Robert HofstadterRelated: Bethe supervised Hofstadter’s doctoral research at Princeton.Alpher–Bethe–Gamow paperRelated: Gamow added Bethe’s name to the paper’s authorship as a joke on the Greek-letter sequence.Willis LambRelated: Bethe supplied an influential explanation of the Lamb shift shortly after its discovery.Edwin E. SalpeterRelated: Bethe and Salpeter collaborated on stellar processes and the relativistic bound-state equation.