Generalizations of these theories form the basis for understanding the closely related phenomenon of superfluidity, because they fall into the Lambda transition universality class, but the extent to which similar generalizations can be applied to unconventional superconductors as well is still controversial.
However, the extent to which similar generalizations can be applied to unconventional superconductors is still controversial. Generalizations of these theories form the basis for understanding the closely related phenomenon of superfluidity, because they fall into the Lambda transition universality class.
Generalizations of these theories form the basis for understanding the closely related phenomenon of superfluidity, because they fall into the Lambda transition universality class. However, the extent to which similar generalizations can be applied to unconventional superconductors is still controversial.
Generalizations of these theories form the basis for understanding the closely related phenomenon of superfluidity, because they fall into the Lambda transition universality class. However, the extent to which similar generalizations can be applied to unconventional superconductors is still controversial.