Our laboratory conducts research on the structural physics of functional materials. Structural physics is a field that clarifies the properties of materials based on the crystal structures, which are the starting point for materials research. By utilizing not only laboratory systems but also various quantum beams like synchrotron radiation and neutrons from multiple perspectives, we work to understand the fundamentals of the mechanism of functional expression through quantum multi-probe and multi-scale analysis that reveals various aspects of materials on a wide range of atomic scales. We focus on a broad range of topics, including practical materials like dielectrics, semiconductors, and solar cells as well as fundamental materials like new superconductors and magnetic materials. Under the guiding principle of "research that is pleasant to create and measure," we do our everyday research while considering how to clarify functions and achieve improved performance.

• Publications
• Research Highlights