Linked from

The 17 pages that link to Cooper pair, each with the reason it gives.

• SuperconductivityBroader topic: Cooper pairing underlies conventional superconductivity and enables a coherent superconducting state.

• Josephson effectBroader topic: Cooper-pair tunneling produces the junction’s supercurrent.

• High-temperature superconductivityBroader topic: High-temperature superconductors also exhibit paired electrons, though their pairing mechanism differs from conventional cases.

• SuperconductorBroader topic: Cooper pairs form the collective state that supports resistance-free current in conventional superconductors.

• Color superconductivityBroader topic: Attractive interactions bind quarks into the pairs responsible for color superconductivity.

• Leon CooperBroader topic: Cooper’s 1956 calculation showed that even weak attraction can bind electrons near a Fermi surface.

• Magnetic flux quantumBroader topic: The pair’s charge of 2e sets the denominator in Φ₀ = h/2e.

• John Robert SchriefferBroader topic: The paired electrons in BCS theory are the microscopic carriers of its superconducting state.

• Anthony LeggettBroader topic: The pairing framework offered a model for understanding analogous fermion pairs in helium-3.