Neutron-star inner cores with several charged baryonic components are likely to be analogues of the two-gap superconductor which is of current interest in condensedmatter physics. Consequently, type I superconductivity is less probable than type II but may nevertheless be present in some intervals of matter density. The intermediatestate structure formed at finite magnetic flux densities after ...

From a macroscopic point of view, the edges type II superconductor are degraded non-homogeneous regions compared with bulk sample. This paper presents numerical simulations long superconducting bar square cross section subjected to an axial external magnetic field, effect on its electromagnetic properties is studied. The sample modeled as finite width lower critical current density than rest ma...

We study the metastability of the superheated Meissner state in type II superconductors with 1 beyond Ginzburg-Landau theory, which is applicable only in the vicinity of the critical temperature. Within Eilenberger’s semiclassical approximation, we use the local electrodynamic response of the superconductor to derive a generalized thermodynamic potential valid at any temperature. The stability ...

Using the Ginzburg-Landau approach, we show that strain of nematic superconductor can generate a specific (nematic) vorticity. In case doped topological insulators vorticity forms spin vortex. We find two types topologically different vortices either enhance (type I) or suppress II) superconductivity far from vortex core. apply Bogoliubov--de Gennes equations to study electronic states in with ...

background and objective: several studies have found that diazepam decreases serum glucose. meanwhile, glibenclamide is commonly used in diabetes treatment. the objective of this study was to survey the treatment impact of diazepam and glibenclamide on blood glucose and serum lipids in mice with type ii diabetes. materials and methods: in this study, 32 male rats were divided into four groups, ...

We describe the first direct measurement of the pair interaction potential for magnetic flux lines in a Type-II superconductor. Our approach relies on quantitative analysis of Lorentz microscope images of vortices creeping through a superconducting thin film. Time-resolved vortex distributions imaged in this way reflect both the vortices’ mutual interaction and also the influence of random pinn...

We report magnetoresistance measurements on a two-dimensional electron gas (2DEG) made from a high mobility GaAs/AlGaAs heterostructure, where the externally applied magnetic field was expelled from regions of the semiconductor by means of superconducting lead grains randomly distributed on the surface of the sample. A theoretical explanation in excellent agreement with the experiment is given ...

In the vicinity of type-I/type-II crossover in conventional superconductors, vortices exhibit a nonmonotonic interaction, which leads to exotic vortex matter states. We perform molecular dynamics simulations on model superconductor intertype regime. field cooled approach, we examine transition homogeneous lattice (VL) into structure consisting VL domains and Meissner-state domains. The results ...

We present a possible collective gluon emission eeect based upon a string-like scenario (available if the QCD vacuum works like a color-superconductor type II, i.e. when the color force elds work like vortex-lines) and provide some detailed predictions on the Cronin eeect, as well as on an increased (mini)jet production in the center of phase-space in high energy heavy ion collisions.