Quantum Solid State Materials Group

Our research focuses on the synthesis and characterization of functional solid-state materials with complex crystal structures and emergent physical properties. By controlling chemical composition, cation ordering, and lattice symmetry, we aim to uncover new magnetic, electronic, and quantum phenomena. We employ a wide range of experimental techniques, including advanced synthesis methods, structural analysis, and physical property measurements under extreme conditions such as low temperature, high magnetic field, and high pressure. Through these studies, we seek to clarify structure–property relationships and establish design principles for discovering novel functional materials with enhanced or unconventional properties.