Quantum simulation

Supervisor: Luca Barbiero

Quantum simulation aims to unveil novel quantum mechanical effects and phases of matter whose existence cannot be predicted through analysis based on classical or semiclassical approaches. Students interested in this exciting new topic will have the chance to learn how quantum algorithms based on tensor network techniques allow to accurately investigate a large variety of quantum systems where particles interact through complex physical processes. In addition, a relevant part of the possible thesis projects will be devoted towards the derivation of accurate schemes allowing to explore and create new quantum matter in atomic quantum simulators working at ultralow temperatures. The possible topics include:
the discovery of novel topological phases relevant to perform an efficient topological quantum computation
the investigation of lattice gauge theories occurring both in condensed matter and high energy physics where the particles are coupled to dynamical gauge fields
the study of strongly frustrated quantum systems where novel magnetic orderings can occur