The focus of this paper is on recent progress in muon spin rotation (µSR) studies of the
vortex cores in type-II superconductors. By comparison of µSR measurements of the vortex …

The in-plane magnetic field penetration depth (λ ab) in single-crystal La 1.83 Sr 0.17 CuO 4
was investigated by muon-spin rotation (μ SR). The temperature dependence of λ ab-2 has …

We report on muon spin rotation measurements of the internal magnetic field distribution n
(B) in the vortex solid phase of Y Ba 2 Cu 3 O y (YBCO) single crystals, from which we have …

A partial review of magnetic and superconducting properties of hole-doped cuprates
determined by μSR is given. Much was learned about these materials from μSR experiments …

It is demonstrated that the transition temperature (TC) of high-T C superconductors is
determined by their layered crystal structure, bond lengths, valency properties of the ions …

Differential conductance G as the function of the bias voltage V across the tunnel junction
between a normal metal and an inhomogeneous superconductor with charge density waves …

We propose new simple and generalized multiple-gap models of quasiparticle tunneling
across the high-T c cuprate superconductor (HTSC)/insulator/normal metal (SIN) junction …

A boson–fermion (BF) quantum-statistical binary gas mixture model consisting of positive-
energy resonant bosonic Cooper electron pairs (CPs) in chemical and thermal equilibrium …

In the framework of the theory of Bose-liquid superconductivity, we show that in high-T c
cuprate superconductors the magnetic field penetration depth (known as the London …

For high-T c superconductors in which transition temperatures T c are reduced by doping,
the oxygen isotope effect (OIE) coefficient in T c is shown to increase systematically with the …