Explore: Flux Pinning

Flux pinning is a phenomenon that occurs when flux vortices in a type-II superconductor are prevented from moving within the bulk of the superconductor

Onsager and Richard Feynman. In the vortex state, a phenomenon known as flux pinning becomes possible. This is not possible with type-I superconductors, since

dynamics Flux footprint Flux pinning Flux quantization Gauss's law Inverse-square law Jansky (non SI unit of spectral flux density) Latent heat flux Luminous

Committee on Data for Science and Technology Domain wall (magnetism) Flux pinning Ginzburg–Landau theory Husimi Q representation Macroscopic quantum phenomena

Pinning may refer to: Pinning, the effect of certain weapons that cause their targets to be pinned down Pinning ceremony (nursing), a symbolic welcoming

which repels a permanent magnet which approaches the superconductor, and flux pinning, which prevents the magnet floating away. Superdiamagnetism is a feature

diamagnets. If the rotor tries to drift off-center, a restoring force due to flux pinning restores it. This is known as the magnetic stiffness of the bearing.

depth in the theory of superconductivity. Physics portal Science portal Flux pinning Silsbee effect Superfluid "Meissner effect | physics". Encyclopedia Britannica

of superconductivity, such as zero resistance, the Meissner effect, flux pinning, AC magnetic susceptibility, the Josephson effect, a temperature-dependent

Like many type-II superconductors, YBCO can exhibit flux pinning: lines of magnetic flux may be pinned in place in a crystal, with a force required to move