While the enhancement of spin-space symmetry from the usual SU (2) to SU (N) is promising
for finding nontrivial quantum spin liquids, its realization in magnetic materials remains …

The SU (4)-symmetric spin-orbital model on the honeycomb lattice was recently studied in
connection to correlated insulators such as the eg Mott insulator Ba 3 CuSb 2 O 9 and the …

We study the effective spin-orbital model that describes the magnetism of 4 d 1 or 5 d 1 Mott
insulators in ideal tricoordinated lattices. In the limit of vanishing Hund's coupling, the model …

Large symmetry groups in quantum many-body systems could strongly enhance quantum
fluctuations and thereby stabilize exotic quantum phases. Frustrated interactions were long …

Motivated by recent experimental progress in the context of ultracold multicolor fermionic
atoms in optical lattices, we have developed a method to exactly diagonalize the …

The extension of the linear flavor-wave theory to fully antisymmetric irreducible
representations (irreps) of SU N is presented in order to investigate the color order of SU N …

We study a spin-orbital model for 4 d 1 or 5 d 1 Mott insulators in ordered double perovskites
with strong spin-orbit coupling. This model is conveniently written in terms of pseudospin …

Motivated by recent experimental progress in the context of ultracold multicolor fermionic
atoms in optical lattices, we have investigated the properties of the SU (N) Heisenberg chain …

We investigate the ground state of the SU (4) Heisenberg model on a square lattice with
spatial anisotropy on each plaquette bond using the tensor-network method based on …

We present a method for the exact diagonalization of the SU (N) Heisenberg interaction
Hamiltonian using Young tableaus to work directly in each irreducible representation of the …