Among iron-based superconductors, Fe 1+ y Te 1− x Se x is unique in its structural
simplicity, consisting of only FeTe/Se layers, which is favorable for probing the mechanism of …

This article reviews the current research on the 112‐phase of pnictides. The 112‐phase has
gained augmented attention due to the recent discovery of high‐temperature …

We present a comprehensive study of the vortex pinning and dynamics in a high-quality
FeSe single crystal which is free from doping-introduced inhomogeneities and charged …

Investigation of vortex pinning and its relaxation is of great importance for both basic physics
and technological applications in the field of superconductivity. We report a great …

The discovery of Fe-based superconductors (FBS) as the second class of high-temperature
superconducting transition (high-T c) materials after the cuprates generated a significant …

Three independent components of critical current density, one for the H//c axis and the other
two for the H//ab plane, have been studied in CaKFe 4 As 4 single crystals. When the …

We investigated the transport properties of Fe 1+ y Te 0.6 Se 0.4 single crystals with different
amounts of excess Fe prepared by O 2 annealing. The O 2 annealing remarkably improved …

The screening current density (J) and vortex pinning properties for $ H|| c $ are studied in
optimally hole-doped Ba 0.6 K 0.4 Fe 2 As 2 single crystals with a superconducting transition …

Superconductivity (SC) with the suppression of long-range antiferromagnetic (AFM) order is
observed in the parent compounds of both iron-based and cuprate superconductors. The …

Studying the upper critical field (µ 0 H c2) and its anisotropy of superconductors is of great
importance because it can provide an unusual insight into the pair-breaking mechanism …