The discovery of the multiple HT phase diagram of CeRh 2 As 2 offers a new route to
designing topological superconductors. Although weak-coupling theories explain the …

We analyze an analog of the tJU model as applied to the description of a single moiré flat
band of twisted WSe 2 bilayer. To take into account the correlation effects induced by a …

Many sought-after exotic states of matter are known to emerge close to quantum phase
transitions, such as quantum spin liquids and unconventional superconductivity. It is, thus …

Chiral superconductors are one of the predominant quantum electronic states of matter
where topology, symmetry, and Fermiology intertwine. This is pushed to a new limit by …

Superconductivity was recently observed in boron-doped (3× 3) Sn/Si (111). The material
can be described by an extended Hubbard model on a triangular lattice. Here, we use the …

We explore the interplay between nematicity (spontaneous breaking of the sixfold rotational
symmetry), superconductivity, and non-Fermi liquid behavior in partially flat-band (PFB) …

Twisted bilayer transition metal dichalcogenides are ideal platforms to study flat-band
phenomena. In this paper, we investigate flat-band plasmons in the hole-doped twisted …

We investigate topological superconductivity in the Rashba-Hubbard model, describing
heavy-atom superlattice and van der Waals materials with broken inversion. We focus in …

We investigate topological superconductivity in the Rashba-Hubbard model, describing
heavy-atom superlattice and van der Waals materials with broken inversion. We focus in …

We analyze an analog of the $ t $-$ J $-$ U $ model as applied to the description of a single
moir\'e flat band of twisted WSe $ _2 $ bilayer. To take into account the correlation effects …