Iron-based superconductors are well known for their complex interplay between structure,
magnetism and superconductivity. FeSe offers a particularly fascinating example. This …

High-temperature superconductivity and a wide variety of exotic superconducting states
discovered in FeSe-based materials have been at the frontier of research on condensed …

A fundamental issue concerning iron-based superconductivity is the roles of electronic
nematicity and magnetism in realising high transition temperature (T c). To address this …

Pressure is a clean, continuous, and systematic tuning parameter among the competing
ground states in strongly correlated electron systems such as superconductivity and …

Single qubit in solid-state materials recently emerges as a versatile platform for quantum
information. Among them, the nitrogen vacancy (NV) centre in diamond has become a …

The nematic electronic state and its associated critical fluctuations have emerged as a
potential candidate for the superconducting pairing in various unconventional …

The emergence of high transition temperature (T c) superconductivity in bulk FeSe under
pressure is associated with the tuning of nematicity and magnetism. However, sorting out the …

Iron‐based superconductors are well‐known for their intriguing phase diagrams, which
manifest a complex interplay of electronic, magnetic, and structural degrees of freedom …

Pressure has been established as a powerful way of tuning material properties and studying
various exotic quantum phases. Nonetheless, measurements under pressure are no trivial …

Important discoveries have frequently been made through studies of matter under high
pressure. Conditions of the pressure environment are important for the interpretation of …