Spin–orbit effects in heavy 5d transition metal oxides, in particular, iridates, have received
enormous current interest due to the prediction as well as the realization of a plethora of …

We investigate the fate of the Kitaev spin liquid (KSL) under the influence of an external
magnetic field h in the [001] direction and upon tuning bond anisotropy of the Kitaev …

The condensation of spin-orbit-induced excitons in t 2 g 4 electronic systems is attracting
considerable attention. At large Hubbard U, antiferromagnetism was proposed to emerge …

The competition between spin-orbit coupling (SOC) λ and electron-electron interaction U
leads to a plethora of novel states of matter, extensively studied in the context of t 2 g 4 and t …

We investigate the pairing tendencies in the hole-doped Haldane spin-1 chain. To allow for
doping, we extend the original spin chain Hamiltonian into a fermionic model involving a two …

We investigate spin chains with bilinear-biquadratic (BLBQ) spin interactions as a function of
an applied magnetic field h. At the Uimin-Lai-Sutherland (ULS) critical point we find a …

High-order correlation is of great theoretical importance in many fields of physics. Its
presence indicates an irreducible many-body correlation/interaction that cannot be …

We investigate the pairing tendencies in the two-orbital Hubbard chain at intermediate
repulsive interaction strengths $ U $, and for degenerate orbitals. At half-filling and large $ U …

In quantum many-body systems, fractionalization stands as a hallmark of quantum emergent
phenomena, where an elementary degree of freedom, such as an electron, decomposes …