Thermo-magnetic instability (TMI) in superconductors is known to destroy the critical state
via magnetic flux avalanches, and hence it deteriorates the ability of the superconductors to …

Este documento é a materialização das pesquisas em supercondutividade e avalanches de
vórtices em filmes supercondutores, que desenvolvi no Grupo de Supercondutividade e …

Knowing the magnetic flux behavior in a superconducting material is essential for a better
understanding of the superconductivity phenomenon. The magneto-optical imaging (MOI) …

The transverse magnetoresistance (Rxy) caused by inhomogeneous superconductivity is
symmetric about the magnetic field around the critical magnetic field region. This has caused …

It is well known that under certain circumstances, magnetic fields applied perpendicularly to
the plane of superconducting films can trigger flux avalanches. In such cases, the …

A brief review is given of recent advances in studies of the condensate and flux confinement
phenomena in nanostructured superconductors. The predictive power and analytical …

We have reported that vortex penetrations into superconducting square networks with
square holes show anomalous diagonal patterns [1, 2]. In order to get more insight into the …

Background Vortex stability is critically important for applications of type-II superconductors.
If some vortices are detached from their pinning sites by external perturbations, the …

In der vorliegenden Arbeit wurden quantisierte Flusswirbel (Vortices) in Supraleitern
untersucht, wobei diese Flusswirbel mit Hilfe von Nanostrukturen gezielt in ihren statischen …

Different vortex penetration regimes have been registered in the output voltage signal of a
magnetometer when single microwave pulses are applied to an epitaxial overdoped La 2− x …