Creation of high-quality bulk crystals by controlling solid-liquid interface dynamics

In order to realize a high-quality crystalline material with few crystal defects, it is necessary to clarify what kinds of phenomena occur at the solid-liquid interface in the process of crystal growth and to clarify their fundamental mechanisms.

Explore new functionality of magnets utilizing topology and symmetry

Spin-Related Functional Materials Science Group In magnets, the magnetic moments show some order at low temper・・・

Quantum cosmology explored by experimental research on quantum many-body systems

The semiconductor industry that supports modern life is based on a variety of advanced technologies, including ultra-high quality crystal growth and nano-device fabrication. Taking advantage of this technology, we create devices using ultra-high quality semiconductors and novel functional materials. These devices are the stage on which we conduct experiments to explore the novel physics of solid-state particles and quasi-particles such as electrons, holes, excitons and nuclear spins, revealing the essence of quantum mechanics.

Creating the future by advanced photonics of quantum materials

Ultrafast Spectroscopy Group Current technologies for high-speed communications and data processing, which are・・・