We report on a detailed experimental investigation of the equation of state (EoS) of the three-
dimensional Fermi-Hubbard model (FHM) in its generalized SU (N)-symmetric form, using a …

We develop a self-consistent variant of the constrained path quantum Monte Carlo approach
which ensures its independence of the trial wave function, and apply the method to compute …

We study the correlation clustering problem using the quantum approximate optimization
algorithm (QAOA) and qudits, which constitute a natural platform for such non-binary …

The joint action of a magnetic field and of interactions is crucial for the appearance of exotic
quantum phenomena, such as the quantum Hall effect. Owing to their rich nuclear structure …

We study the quantum phases of fermions with an explicit SU (N)-symmetric, Heisenberg-
like nearest-neighbor flavor exchange interaction on the honeycomb lattice at half filling …

Quantum magnets with a large SU (N) symmetry are a promising playground for the
discovery of new forms of exotic quantum matter. Motivated by recent experimental efforts to …

We explore the phase diagram of the SU (N) Hubbard models describing fermionic alkaline-
earth-metal atoms in a square optical lattice with, on average, one atom per site, using a …

We explore the Dirac spin liquid (DSL) as a candidate for the ground state of the Mott
insulating phase of fermions with six flavors on the kagome lattice, particularly focusing on …

We investigate a species selective cooling process of a trapped SU (N) Fermi gas using
entropy redistribution during adiabatic loading of an optical lattice. Using high-temperature …

This thesis reports on the experimental realization of the 3D SU (N) Fermi-Hubbard model
and the direct probing of the equation of state with an ultracold quantum gas of fermionic …