Linked from

The 22 pages that link to Fred Hoyle, each with the reason it gives.

• Stellar nucleosynthesisRelated: His work explained how stars could build elements beyond helium.

• Big BangCompared with: His rival model framed the debate over whether the universe had a hot beginning.

• NucleosynthesisRelated: Hoyle explained how stars could synthesize elements beyond those made in the early universe.

• Steady-state theoryRelated: Hoyle formulated the theory and later revised it with collaborators.

• Supernova nucleosynthesisRelated: His proposals helped connect supernova explosions with the synthesis of heavy elements.

• George GamowCompared with: Hoyle’s steady-state cosmology opposed the evolving hot-universe picture Gamow helped develop.

• Arthur EddingtonRelated: Hoyle challenged Eddington’s resistance to some ideas about nuclear energy in stars.

• Triple-alpha processRelated: His prediction of the required carbon resonance helped explain stellar carbon production.

• PanspermiaRelated: His later advocacy renewed public and scientific attention to panspermia.

• Jocelyn Bell BurnellRelated: Hoyle publicly argued that Bell Burnell should have shared the Nobel recognition for the pulsar discovery.

• Margaret BurbidgeRelated: His theoretical work and collaboration shaped the account of element formation associated with B2FH.

• B2FH paperRelated: His earlier ideas about stellar element formation helped shape the collaboration.

• Helium burningRelated: Hoyle predicted the carbon-12 energy level that explains carbon production in stars.

• Ralph AlpherCompared with: Hoyle’s stellar account of element formation contrasted with Alpher’s early-universe approach.

• Geoffrey BurbidgeRelated: Burbidge collaborated with Hoyle on element formation and later shared his steady-state cosmology commitments.

• Martin RyleCompared with: Hoyle’s cosmological views opposed conclusions Ryle drew from radio-source counts.

• Antony HewishRelated: Hoyle publicly argued that Bell Burnell deserved recognition alongside Hewish for the pulsar discovery.

• Cyclic modelRelated: Steady state offered an alternative way to preserve a timeless universe without cosmic cycles.

• William Alfred FowlerRelated: His theoretical work joined Fowler’s laboratory studies in explaining stellar element formation.

• Alpher–Bethe–Gamow paperRelated: His work supplied a powerful alternative explanation for the origin of heavier elements.

• Discovery of cosmic microwave background radiationRelated: His opposition to the Big Bang framed the model debate sharpened by the discovery.

• Edwin E. SalpeterRelated: Hoyle’s work on stellar element formation complemented the nuclear calculations of Salpeter and others.