The discovery of interfacial superconductivity in monolayer FeSe/oxides has spurred
intensive research interest. Here we not only extend the FeSe/FeO x superconducting …

Single-unit cell (1 UC) FeSe interfaced with TiO x or FeO x exhibits significantly enhanced
superconductivity compared to that of bulk FeSe, with interfacial electron–phonon coupling …

Spin degree of freedom generally plays an important role in unconventional
superconductivity. In many of the iron-based compounds, superconductivity is found in close …

Solar-driven CO2 conversion to carbon-based fuels is an attractive approach to alleviate the
worsening global climate change and increasing energy issues. However, exploring and …

Quantum many-body materials display a wide range of emergent phenomena and quantum
phases due to the complex interplay of charge, spin, orbital, and lattice degrees of freedom …

The discovery of higher-temperature superconductivity in FeSe monolayers on SrTiO 3
substrates has sparked a surge of interest in the interface superconductivity. One point of …

Monolayer FeSe on SrTiO 3 superconducts with reported T c as high as 100 K, but the
dramatic interfacial T c enhancement remains poorly understood. Oxygen vacancies in …

We report on ambipolar modulation do** of monolayer FeSe epitaxial films grown by
molecular beam epitaxy and in situ spectroscopic measurements via a cryogenic scanning …

High-temperature superconductors predominantly exhibit layered lattice structures, and thus
the study of epitaxial thin films and heterostructures, which inherently possess low …

The perovskite structure oxides, ABO₃, have been the subject of considerable interest in
the fundamental science and industrial fields due to their distinctive physical properties and …