Graduate School of Engineering
Department of Materials Science

Research Topics

In our laboratory, we engage in research aimed at developing innovative materials for next-generation electronic, magnetic, and optical devices. When we refer to “new materials”, we are not merely talking about ordinary materials; instead, our focus is on 2D layered materials with thicknesses as thin as a few atomic layers and amorphous materials that are not thermodynamically stable phase. The comprehension of these “nano” or “non-crystalline” materials necessitates not only fundamental knowledge in thermodynamics and solid-state physics but also the ongoing advancement of advanced scientific principles.

Moreover, the development of new materials cannot be accomplished solely through simple trial and error without a scientific foundation. Therefore, a crucial aspect involves clarifying phenomena at the atomic level and gaining an understanding of the associated mechanisms. To achieve this understanding, our laboratory not only utilizes conventional analytical equipment but also employs advanced techniques such as synchrotron radiation measurements and simulations of electronic states, exemplified by first-principle calculations.

Through the creation of unprecedented materials and the utilization of cutting-edge analysis and simulations to comprehend mechanisms, our goal is to develop advanced electronic materials with novel functionalities demanded by modern society.