KnowraSuperconducting quantum interference deviceLinked fromLinked fromThe 9 pages that link to Superconducting quantum interference device, each with the reason it gives.All 9Broader topic 4Related 5Cooper pairBroader topic: Its interference signal depends on coherent superconducting pair currents.Meissner effectRelated: Its operation depends on magnetic flux quantization and superconducting screening.MagnetoencephalographyRelated: SQUID sensors have traditionally enabled MEG systems to measure femtotesla-scale signals.Aharonov–Bohm effectRelated: Its flux-dependent interference is a practical manifestation of related phase sensitivity.Liquid heliumRelated: Helium cooling can maintain the superconducting state needed for its operation.Cryogenic coolingBroader topic: Cooling enables superconductivity and improves the detection of tiny magnetic fields.Leon CooperBroader topic: Its operation relies on the coherent superconducting state that microscopic pairing theory explains.Vitaly GinzburgRelated: It illustrates the technological reach of superconducting quantum behavior that Ginzburg’s field helped explain.John Robert SchriefferBroader topic: Devices exploiting superconducting coherence illustrate the technological reach of the physics Schrieffer helped explain.