Our group studies electronic materials, using NMR
spectroscopy, magnetic measurements, computational methods, and other
techniques. This includes studies of advanced thermoelectric materials, and
quantum effects in new semiconductors. In addition we are investigating new
magnetic materials, including materials of interest for magnetocaloric
Facilities include a solid state wide-line NMR spectrometer with 9T superconducting magnet, operating from 2 K to 550 K, and a wide range of sample preparation facilities and cryostats for transport and magnetization studies. Shared facilities include a Quantum Design SQUID magnetometer, Quantum Design PPMS system, a Nanomagnetics scanning hall probe system.
New Graduate Fellowship Opportunity: Data-Enabled Discovery and Design of Energy Materials. See the D3EM website for further information.