The magnetism of uranium compounds is driven by 5f electrons, which, depending on the bonding with surrounding atoms, can show either localized or delocalized heavy fermion behavior. We utilize low temperature metal (400–1100 °C) fluxes to explore actinide-transition metal phase space and discover new intermetallic uranium superconducting and magnetic materials.

Our team addresses the present immense need for more sensitive and efficient room temperature radiation detectors for medical imaging, homeland security, and environmental safety. We develop new solid state semiconductor and scintillator radiation detection materials based on halide compounds.