Laboratory of Electronic Properties of Low-Dimensional Conductors 

　Our laboratory explores novel quantum phenomena in low-dimensional materials, including molecular conductors, transition-metal chalcogenides (MX₂ and MX₃), topological crystals, and strongly correlated oxides. We are particularly interested in emergent phenomena such as superconductivity, charge- and spin-density waves, and topological quantum states.

We employ a range of experimental techniques, including low-temperature, high-magnetic-field, and high-pressure transport measurements, SQUID magnetometry, and low-temperature scanning tunneling microscopy.  We also develop nanoscale samples and devices using advanced nanofabrication techniques, down to the atomic-layer scale.

By combining materials synthesis, advanced measurements, and nanofabrication, we aim to discover new physics hidden in low-dimensional electronic systems.