The interfaces between superconductors and other materials have long been established as
being an important part in the exploration of new physics to aid in our understanding of …

Despite decades of intense theoretical, experimental and computational effort, a microscopic
theory of high-temperature superconductivity is not yet established. Eight researchers share …

Mott insulator possesses the property of converting into semiconductor under supernormal
conditions and achieving the Mott insulator‐semiconductor transition (IST) holds great …

We show exactly that standard “invariants” advocated to define topology for noninteracting
systems deviate strongly from the Hall conductance whenever the excitation spectrum …

While the recent advances in topology have led to a classification scheme for electronic
bands described by the standard theory of metals, a similar scheme has not emerged for …

In non-interacting systems, bands from non-trivial topology emerge strictly at half-filling and
exhibit either the quantum anomalous Hall or spin Hall effects. Here we show using …

Recently, models with long-range interactions—known as Hatsugai-Kohmoto (HK) models—
have emerged as a promising tool to study the emergence of superconductivity and topology …

Because Fermi liquids are inherently non-interacting states of matter, all electronic levels
below the chemical potential are doubly occupied. Consequently, the simplest way of …

Lattice symmetries are central to the characterization of electronic topology. Recently, it was
shown that Green's function eigenvectors form a representation of the space group. This …

The interplay of topological electronic band structures and strong interparticle interactions
provides a promising path towards the constructive design of robust, long-range entangled …