Gorsky et. al published a weak-coupling Yang Mills model that contained a non-Abelian variety of this effect.
Gorsky et. al published a weak-coupling Yang Mills model that contained a non-Abelian variety of this effect. One explanation for the incomplete form of this effect states that high critical fields of connected filaments caused by strains or lattice imperfections contribute to trapping and is called the Mendelssohn sponge. One explanation of this effect has a "number density times electron charge squared divided by quantity mass times speed of light" term as a constant of proportionality between the vector potential and current density. BCS Theory fails to explain the mixed-state variety of this effect, which occurs in Type II materials. This effect is described by the London equations. For 10 points, name this phenomenon in which a magnetic field is completely expelled from a superconductor, also named for Ochsenfeld.
Gorsky et. al published a weak-coupling Yang Mills model that contained a non-Abelian variety of this effect.
Meissner-Ochsenfeld effect