I carry out a broad research in both materials science and condensed matter physics. My research includes ultra-pure cuprates and pnictides crystal growth, ultra-long semiconductor nanowire growth, materials design for novel superconductor and topological insulator and their hybrid, engineering of vortex-pinning for ultrahigh critical current density in high-Tc superconductors, low temperature transport measurement in high fields, quantum oscillation measurements, weak magnetic signal recovery, and emerging low dimensional electron gas.
10+ first author and coauthor 30+ in high profile Journals. Total citation is above 1,700 times.
DOE BES research highlights, Honored for the contribution to the science, engineering and technology programs of Argonne National Laboratory.