Emergence in Strongly Correlated and Topological Electron Systems

Professor: Ryan Baumbach

Description: This project focuses on the design, synthesis, and characterization of strongly correlated and topological electronic states in bulk crystalline materials. Phenomena to be studied include novel magnetism, superconductivity, Dirac/Weyl topologies, and competing interactions. In collaboration with the PI, the student will (i) identify a material-of-interest, (ii) synthesize the material using sophisticated crystal growth methods, and (iii) characterize its magnetic, electrical transport, and thermodynamic properties over a wide range of temperatures and magnetic fields. 

Preferred Qualifications: Preparation in quantum mechanics and statistical mechanics. A background in chemistry may also be useful.