The principal purpose of this topical review is to single out some of the universal features of
high-temperature (high-T c) and related strongly-correlated systems, which can be …

In the first part of the paper, we study the stability of antiferromagnetic (AF), charge density
wave (CDW), and superconducting (SC) states within the tJUV model of strongly correlated …

Recently, a quantum anomalous Hall state at odd-integer filling in moiré stacked MoTe
2/WSe 2 was convincingly interpreted as a topological Mott insulator state appearing due to …

We discuss a mechanism of real-space spin-triplet pairing, which is an alternative to the one
due to quantum paramagnon excitations, and demonstrate its applicability to UGe 2. Both …

We propose mechanism for pressure-induced transitions between ferromagnetic and
antiferromagnetic phases that relies on a competition between characteristic energy scales …

The recently proposed local-correlation-driven pairing mechanism, describing ferromagnetic
phases (FM1 and FM2) coexisting with spin-triplet superconductivity (SC) within a single …

Lifshitz transitions are being increasingly recognized as significant in a wide variety of
strongly correlated and topological materials, and understanding the origin and influence of …

Uranium diantimonide (USb 2) reflects enigmatic properties posing a substantial challenge
for a microscopic modeling. Among others, it develops a nonstandard antiferromagnetic …

We consider the phase diagram of a ferromagnetic system driven to a quantum phase
transition with a tuning parameter p. Before being suppressed, the transition becomes of the …

The extended Hubbard model with the pair-hop** interaction, ie the Penson-Kolb-
Hubbard model, is one of the conceptually simplest phenomenological models for studying …