We report direct evidence of the electric field induced by a magnetization inhomogeneity in
an iron garnet film. This inhomogeneity was created by the nonuniform magnetic fields …

In nature, many systems exhibit modulated phases with periodic macroscopic patterns and
textures mainly due to the competitive interactions of different phases. Vortex systems in …

The magnetic response related to the paramagnetic Meissner effect (PME) is studied in a
high quality single crystal ZrB 12 with non-monotonic vortex–vortex interactions. We observe …

We study here the spike state found in mesoscopic type I superconductors whose existence
is confined to the single field where the superconducting state arises from the normal state in …

The flux quantization in the intermediate state of a type-I superconducting Pb film is studied
by using scanning Hall probe microscopy. The vorticity of flux tubes can be tuned by …

Planar superconducting microwave resonators are key elements in a variety of technical
applications and also act as sensitive probes for microwave spectroscopy of various …

The equilibrium topology of superconducting and normal domains in flat type-I
superconductors is investigated. Important improvements with respect to previous work are …

In this work we discuss the H− T phase diagram for mesoscopic squared superconducting
samples at the Bogomolnyi limit, where the Ginzburg–Landau constant κ= 1/2. We calculate …

To address unsolved fundamental problems of the intermediate state (IS), the equilibrium
magnetic flux structure and the critical field in a high-purity type-I superconductor (indium …

In a magnetic field, superconductivity is manifested by total magnetic field expulsion
(Meissner effect) or by the penetration of integer multiples of the flux quantum Φ 0. Here we …