Among Fe-based superconductors, β-FeSe has received a lot of attention from researchers
because it has unique and complex physical properties under the simplest crystal structure …

As an essential component of the Materials Genome Initiative aiming to shorten the period of
materials research and development, combinatorial synthesis and rapid characterization …

Unlike monolayer Fe-Chalcogenide (Fe-C h)/SrTi O 3 (STO), which possesses the potential
for high-temperature superconductivity (HTS), a regular Fe-C h thin film grown on a non-STO …

FeSe has attracted considerable attention over the past few years due to its unique
superconductivity and electronic properties. Until now, electron-doping approaches …

In situ Seebeck and Hall measurements on FeSe films are carried out to understand the
intrinsic evolution of the band structure as superconducting critical temperature (T c) is tuned …

We investigate the superconducting fluctuation optical conductivity using the time-
dependent Ginzburg–Landau Lawrence–Doniach model with thermal noise describing …

We present an investigation on the intrinsic optical properties of superconducting FeSe thin
films deposited on CaF 2 substrates. It is found that the samples respond strongly to the near …

Binary Iron selenide (FeSe) thin films have been widely studied for years to unveil the high
temperature superconductivity in iron-based superconductors. However, the origin of …

The origins of superconductivity and pairing symmetry of order parameters are still
controversial problems for FeSe thin films up to date. Under the Neumann boundary …

There is an ongoing debate about the relative importance of structural change versus
doping charge carriers on the mechanism of superconductivity in Fe-based materials …