Marius Eich

Led collaborations with scientists and institutions from Japan, Belgium, Austria and Switzerland; Supervised 3 PhD students and 5 Master students, taught >100 lectures and classes; Investigated, analyzed and modeled electronic transport through low-dimensional structures; Acquired >300 kCHF of research equipment for surface characterization measurements; Represented the physics department at orientation events for first year students

Taught classes for Bachelor students and corrected exams

Investigated, analyzed and modeled superconducting tunneling through ferromagnetic barriers

Thesis topic: “Electrostatically Defined Quantum Dots in Bilayer Graphene”; 20 peer-reviewed publications (2 first author, 3 second author) in high-impact journals; Presentations and poster at 17 international conferences; Google Scholar: h-Index 11, >350 citations in total

Master thesis: Transport experiments in graphene nanostructures at ultralow temperatures