tobiaswolf.net
Research focus
My work looks at how interaction, topology, and symmetry intertwine in moiré heterostructures and other low-dimensional systems. I build effective continuum descriptions, develop numerical pipelines, and collaborate closely with experimental groups to interpret spectroscopy and transport data.
Twist-engineered graphene multilayers and transition metal dichalcogenides, exploring flat bands, valley polarization, and interaction-driven magnetism.
Competition between metallic magnetism, superconductivity, and intervalley coherence near Van Hove singularities in rhombohedral multilayer graphene.
Predicting spectroscopy, local density of states, and optical responses that differentiate candidate ground states in two-dimensional materials.
Developing analytical approaches and scalable computational methods to capture collective behavior, correlation energy, and emergent quasiparticles in interacting materials.