Our research focuses on the discovery and control of novel quantum materials driven by the interplay of strong spin-orbit interactions and electron-electron correlations. We pursue a comprehensive program that combines the growth of high-quality single crystals with systematic investigations of the emergent physics these materials exhibit. A central component of our work is the methodical search for new quantum materials, particularly transition-metal oxides and chalcogenides, synthesized in bulk single-crystal form. Our group is equipped with advanced synthesis capabilities and extensive facilities that enable the preparation of a wide range of complex materials. We also employ a broad spectrum of experimental techniques to characterize structural, transport, magnetic, thermal, and dielectric properties as functions of chemical composition, temperature, magnetic field, and pressure. Many of our measurements are performed under extreme conditions, including ultralow temperatures, high magnetic fields, and high pressures, allowing us to access and control exotic quantum phases. In addition, we have established broad collaborations with leading scientists throughout the United States, further enhancing the scope and impact of our research. Our work has been supported by the U.S. National Science Foundation and the U.S. Department of Energy.
keywords
Novel quantum materials, Control of quantum states, Material properties at extreme conditions of strong magnetic field high, pressure, and ultra-low temperature.
