¡ WELCOME TO OUR LABOLATORY
We utilize nuclear magnetic resonance (NMR) as a microscope of electrons in condensed matters. Our research target includes exotic superconductors, frustrated magnets, topological materials, spin crossover systems, excitonic insulators, and nitrogen-vacancy center in diamond. By analyzing anisotropic hyperfine interactions, we observe electronic spatial and time-reversal symmetry breaking. High-pressure operation of NMR spectroscopy is achieved up to 9 GPa and uncovers phase transitions induced by pressure. Our research will evolve potential application for designing new superconductors, quantum computing system, and magnetic resonance imaging. Please visit and join us if you are interested in developing quantum materials and devices.