Linked from

The 20 pages that link to Nuclear astrophysics, each with the reason it gives.

• Fred HoyleNarrower topic: Hoyle connected laboratory nuclear physics with the element-forming conditions inside stars.

• Hans BetheNarrower topic: His stellar-fusion calculations helped establish this field’s central research program.

• NucleosynthesisNarrower topic: This field combines nuclear physics and astrophysics to explain element formation.

• George GamowNarrower topic: Gamow linked nuclear physics to the origin of elements in stars and the early universe.

• Triple-alpha processNarrower topic: The triple-alpha process became a defining case connecting laboratory nuclear physics with stellar evolution.

• Nuclear drip lineNarrower topic: The location of neutron-rich drip lines affects models of extreme astrophysical matter.

• CNO cycleNarrower topic: The CNO cycle became a foundational case linking laboratory nuclear physics with stars.

• B2FH paperNarrower topic: B2FH linked laboratory nuclear physics to the conditions inside stars.

• Helium burningNarrower topic: Helium burning became a key case linking nuclear reaction physics to stellar evolution.

• William Alfred FowlerNarrower topic: Fowler helped establish its laboratory-based approach to stellar questions.

• Edwin E. SalpeterNarrower topic: This field brings together two central subjects of Salpeter’s research.