Quantum simulation explores new quantum effects and phases of matter that go beyond what classical or semiclassical approaches can predict. Students joining this area will learn how tensor-network–based quantum algorithms can accurately analyze complex many-body systems. Thesis projects will also focus on developing methods to create and study new quantum states in atomic quantum simulators operating at ultralow temperatures. Possible topics include:
the discovery of topological phases
the study of lattice gauge theories in condensed-matter and high-energy contexts
the investigation of strongly frustrated systems hosting exotic magnetic order