A new model for both electrical conductivity and superconductivity is presented by considering that the resisitivity is taken as viscosity of electron gas and the superconduction is a result of phase transformation from electron gas to electron liquid...
A new model for both electrical conductivity and superconductivity is presented by considering that the resisitivity is taken as viscosity of electron gas and the superconduction is a result of phase transformation from electron gas to electron liquid on the basis of an analogy between viscosity and resisitivity. This model can successfully explain various unusual behavior of electrical conductivity and superconduction phenomena. An important conclusion follows for a still higher Tc. The critical temperature can be made higher as the structure of a superconductor becomes more anisotropic in terms of potential energy and as the height of energy barrier becomes larger.