Linked from

The 77 pages that link to Niels Bohr, each with the reason it gives.

• George de HevesyRelated: De Hevesy worked at Bohr's institute in Copenhagen, where his research broadened.

• Harold UreyRelated: Bohr’s work on atomic structure informed the theoretical setting for interpreting hydrogen spectra.

• John CockcroftRelated: Bohr’s ideas helped frame the nuclear structure that Cockcroft’s experiments began to probe directly.

• Quantum indeterminacyRelated: His complementarity framework emphasized the role of measurement conditions in quantum descriptions.

• Einstein–Podolsky–Rosen paradoxCompared with: Bohr’s 1935 response rejected EPR’s assumption that measurement choices leave the relevant physical description undisturbed.

• HafniumRelated: Bohr’s atomic model guided the search for the element expected below zirconium.

• Hugh Everett IIICompared with: Everett’s approach challenged the measurement assumptions associated with Bohr’s interpretation.

• J. Hans D. JensenRelated: Bohr’s institute was a major center where Jensen pursued theoretical physics.

• August KroghRelated: Krogh’s brother-in-law and frequent scientific interlocutor, Bohr connected his work to Copenhagen’s wider research community.

• Ehrenfest theoremRelated: His correspondence principle framed a central question that Ehrenfest's theorem helped address.

• James RainwaterRelated: Rainwater’s nuclear model built on ideas from Niels Bohr’s broader account of quantized physical systems.

• John Hasbrouck Van VleckRelated: Bohr’s correspondence principle provided a bridge between classical mechanics and the quantum theories Van Vleck studied.

• Paul EhrenfestRelated: Ehrenfest and Bohr exchanged ideas on quantum theory and its interpretation.

• QuantizationRelated: His model made atomic energy levels central to early quantum theory.

• Ben Roy MottelsonRelated: The institute Mottelson joined was founded by Bohr and became a center for his work.

• History of atomic theoryRelated: His model brought early quantum ideas into atomic structure.

• BKS theoryRelated: Bohr was a coauthor and supplied the quantum framework behind BKS.

• Christian B. AnfinsenRelated: Anfinsen’s early interest in the relation between biology and physical law echoed Bohr’s influence.

• History of quantum mechanicsRelated: His atomic theory connected quantized energies to observed spectra.

• Interpretations of quantum mechanicsRelated: His account of complementarity shaped the interpretation later associated with Copenhagen.

• Alan LightmanRelated: Lightman’s nonfiction examines Bohr’s scientific thought and its human dimensions.

• Bohr–van Leeuwen theoremRelated: Bohr established the result in the context of explaining why classical physics could not account for magnetism.

• BohriumRelated: Bohrium’s name honors him.

• De Broglie equationRelated: Bohr’s quantized atomic orbits offered a setting where matter waves could explain allowed states.

• Foundations of quantum mechanicsRelated: His complementarity principle became a central resource in Copenhagen-style thinking.

• Gustav Ludwig HertzRelated: The experiment supported Bohr’s prediction that atoms absorb energy only in discrete amounts.

• Igor PlotnitskyRelated: Bohr’s account of complementarity is a recurring point of reference in Plotnitsky’s scholarship.