Linked from

The 27 pages that link to John Bardeen, each with the reason it gives.

• SuperconductivityRelated: His work connected electron pairing to the observed superconducting state.

• Bell LabsRelated: His Bell Labs work contributed to the transistor and earned him two Nobel Prizes in Physics.

• TransistorRelated: His semiconductor research helped produce the first working transistor.

• BCS theoryRelated: Bardeen helped formulate the theory and connect it to electron–phonon physics.

• Bipolar junction transistorRelated: His transistor research at Bell Labs preceded the junction transistor.

• William ShockleyRelated: Bardeen shared the transistor invention with Shockley and Walter Brattain, then left Shockley’s research group.

• Cooper pairRelated: He helped turn Cooper's pairing result into a theory of superconductors.

• Field-effect transistorRelated: Surface-state effects helped explain why early field-effect devices proved difficult to realize.

• University of Illinois Urbana-ChampaignRelated: Bardeen taught and conducted research at Illinois for much of his career.

• Steven WeinbergRelated: Weinberg worked with Bardeen at the University of Illinois early in his career.

• Sheldon GlashowRelated: Glashow’s father was a close friend of Bardeen, who encouraged his early interest in physics.

• Solid-state physicsRelated: His work connected fundamental solid-state theory with transformative devices.

• Walter BrattainRelated: Bardeen and Brattain collaborated on the transistor’s first successful demonstration.

• Junction transistorRelated: His semiconductor research helped establish the transistor field from which junction devices developed.

• Point-Contact TransistorRelated: His surface-state analysis helped redirect the team's approach.

• Brian JosephsonRelated: Bardeen publicly doubted that Josephson tunneling could produce the predicted effects.

• Philip W. AndersonRelated: Anderson’s work on superconductivity built on and extended the BCS framework.

• Leon CooperRelated: Cooper and Bardeen jointly developed the theory that Schrieffer completed.

• Yoichiro NambuRelated: The BCS theory supplied Nambu with a model for applying spontaneous symmetry breaking to particle physics.

• Douglas OsheroffRelated: Bardeen’s theory helped explain the paired-particle mechanism behind helium-3 superfluidity.

• John Robert SchriefferRelated: Bardeen recruited Schrieffer to work on superconductivity, and their collaboration produced BCS theory.

• Leo EsakiRelated: His tunneling theory helped explain the current-voltage behavior Esaki measured.

• Anthony LeggettRelated: BCS theory, co-developed by Bardeen, informed Leggett’s account of fermion pairing.

• K. Alex MüllerRelated: The theory he co-developed explained conventional superconductors, but not Müller’s high-temperature ceramic materials.

• Georg BednorzRelated: His theory shaped the conventional account of superconductivity that Bednorz and Müller challenged with their discovery.

• History of electronics engineeringRelated: His transistor work helped initiate the solid-state era.

• History of the transistorRelated: His surface-state explanation helped make the first point-contact transistor work.