Linked from

The 27 pages that link to Josephson effect, each with the reason it gives.

• International System of UnitsRelated: It provides a reproducible route to electrical voltage standards in the revised SI.

• SuperconductivityRelated: It converts superconducting phase coherence into precise electrical signals and circuit elements.

• Planck constantRelated: The voltage–frequency relation provides a practical electrical standard tied to h.

• MetrologyRelated: Josephson voltage standards realize electrical voltage through a relation to fundamental constants.

• KilogramRelated: It supplies a precisely measurable voltage in Kibble balance experiments.

• Elementary chargeRelated: Its voltage-frequency relation supports precise electrical standards tied to fundamental constants.

• International Bureau of Weights and MeasuresRelated: It enables electrical standards linked to fixed constants rather than calibrated artifacts.

• BCS theoryRelated: The coherent paired state predicts the phase-sensitive current across a junction.

• AmpereRelated: It provides a quantum standard for voltage used in electrical metrology.

• CoulombRelated: Josephson voltage standards help realize electrical measurements linked to charge and SI units.

• Cooper pairRelated: Its current arises from the phase-coherent tunneling of Cooper pairs.

• Fine-structure constantRelated: Josephson voltage standards help realize electrical units used in precision measurements.

• 2019 redefinition of SI base unitsRelated: It provides a practical route to realizing voltage from fixed constants.

• National Institute of Standards and TechnologyBroader topic: It enables highly accurate voltage standards maintained by NIST.

• OhmRelated: Josephson voltage standards support precise electrical measurements used to realize the ohm.

• VoltRelated: It enables highly precise voltage standards tied to fundamental constants.

• Superconducting quantum interference deviceRelated: Its discovery preceded the junction-based device and made its operation possible.

• Physical constantRelated: Its voltage-frequency relation enables precise electrical standards based on Planck's constant.

• SuperconductorRelated: It enables voltage standards, SQUIDs, and superconducting circuit elements.

• Brian JosephsonBroader topic: This is the phenomenon Josephson predicted in 1962.

• Electron massRelated: Josephson voltage standards help determine constants used in precision electron-mass measurements.

• Leon CooperRelated: It provides a direct macroscopic consequence of coherent superconducting pair states.

• Magnetic flux quantumRelated: Its voltage-frequency relation provides a precise route to measuring Φ₀.

• John Robert SchriefferRelated: Its predictions and experiments provide a sensitive setting for testing superconducting quantum coherence.

• Yttrium barium copper oxideRelated: Grain boundaries can behave as weak links and constrain current in polycrystalline material.

• Anthony LeggettRelated: Collective phase dynamics in superconductors provide a setting for related theoretical ideas.

• Quantum tunnellingBroader topic: Cooper pairs tunnel through the barrier, enabling superconducting quantum circuits.