… are among the main characteristics of superconductors. The … , but it turns out to be valid for
3D systems only. The e ect of … of superconductivity with long range order in the system. The …

… In this review we present a more detailed discussion of the transport properties of strongly
correlated systems described by the Hubbard model in equation (1) (section 2). Special …

… We investigate the electronic state around a magnetic impurity in the superconductivity in
order to clarify how the anisotropy of the sd interaction works in the presence of the super…

… superconducting … superconducting characteristics but also for the normal state are
investigated and possible applications to new non-conventional high temperature superconductors …

… Third, we use the same formalism to explore (i) 2D systems that would be Anderson insulators
in the absence of interaction and (ii) 2D or 3D systems that undergo Anderson transition in …

… the electromagnetic properties of strong-coupling and impure superconductors based on …
state response as well as somenew ones. Finally in the last section we discuss various features …

… superconducting state as described by BCS? Since all ground-state pairs in the superconducting
state … to the spin susceptibility, only excited states, the populations of which are given …

… We investigate the nature of the superconducting state of high-T, materialsfrom a microscopic
theory and from a … What we term the "s+id" state in this paper is any state of the form …

… BCS theory attributes superconductivity to pairing of electrons (… T or magnetic field B destroys
the superconducting state. … for the clean system, leading eventually to the destruction of the …

… P Ã2 ¼ T Ã2 ¼ S 2 ¼ 1 (here we deal with integer spin systems) we find for a single-band …
superconducting states. For completeness we also give a table for the interorbit odd states O ¼ …