At high material exponents, some materials with this property have two properties that are equally interrelated by the Bean model and the E-J law. One class of substances that exhibits this phenomenon sees its suppression only above the UCF. A pseudogap phase exists in doped cuprate-perovskite materials that can exhibit this phenomenon. The electromagnetic free energy in a
At high material exponents, some materials with this property have two properties that are equally interrelated by the Bean model and the E-J law. One class of substances that exhibits this phenomenon sees its suppression only above the UCF. A pseudogap phase exists in doped cuprate-perovskite materials that can exhibit this phenomenon. The electromagnetic free energy in a substance exhibiting this phenomenon is minimized when the Laplacian of the H-field is equal to the H-field divided by the square of the London penetration depth, a result that explains the Meissner effect. For 10 points, name this quantum phenomenon in which a substance's resistance vanishes at temperatures below the critical point.
At high material exponents, some materials with this property have two properties that are equally interrelated by the Bean model and the E-J law.
superconductivity