Linked from

The 14 pages that link to Meissner effect, each with the reason it gives.

• SuperconductivityRelated: This magnetic response distinguishes superconductivity from merely perfect electrical conductivity.

• BCS theoryRelated: BCS theory accounts for this defining macroscopic electromagnetic response.

• Magnetic levitationRelated: Field exclusion underlies levitation of superconductors over magnets.

• Ginzburg–Landau theoryRelated: The theory accounts for field screening through its coupled order-parameter and electromagnetic equations.

• Type-II superconductorRelated: Type-II materials expel weak fields before admitting vortices above their lower critical field.

• SuperconductorRelated: This magnetic response distinguishes superconductivity from merely perfect electrical conductivity.

• Abrikosov vortexCompared with: Vortex penetration distinguishes type-II behavior from complete field expulsion.

• Heike Kamerlingh OnnesBroader topic: Discovered after Onnes, it showed that superconductivity is more than merely zero electrical resistance.

• NiobiumRelated: This defining superconducting behavior helps explain niobium’s use in magnets and cavities.

• Color superconductivityRelated: Color-superconducting condensates similarly screen some color gauge fields through effective masses.

• Type-I superconductorRelated: It is the defining magnetic response of a type-I superconductor below its critical field.

• K. Alex MüllerRelated: It is a defining magnetic signature of the superconducting state Müller helped uncover in ceramics.

• Georg BednorzRelated: Magnetic-field expulsion distinguishes superconductivity from merely having low electrical resistance.

• Methods in superconductivityBroader topic: It distinguishes superconductivity from merely observing zero electrical resistance.