KnowraGinzburg–Landau theoryLinked fromLinked fromThe 8 pages that link to Ginzburg–Landau theory, each with the reason it gives.All 8Broader topic 2Related 5Narrower topic 1SuperconductivityRelated: It explains phase transitions, coherence lengths, and the distinction between type I and type II behavior.Order parameterBroader topic: Its complex field captures both superconducting amplitude and phase.Lev LandauRelated: It extends Landau’s phase-transition framework to superconductors and their electromagnetic behavior.Type-II superconductorRelated: Its parameter determines whether magnetic flux penetrates through vortices or is expelled.Abrikosov vortexNarrower topic: Its equations describe vortex cores and their surrounding superconducting currents.Alexei AbrikosovRelated: Abrikosov used this framework to derive the distinction between type-I and type-II superconductors.Vitaly GinzburgBroader topic: Ginzburg and Landau formulated this theory to describe superconductors near their transition temperature.Methods in superconductivityRelated: It supplies a framework for interpreting critical fields, vortices, and transitions.