In our research area, we are working on the synthesis and growth of advanced nanomaterials, structural and physical property analysis using cutting-edge methods, and device and sensing applications, and we are also aiming to develop new directions in materials science through the introduction of quantum technology, artificial intelligence, automation and robotics. Faculty and students with diverse backgrounds in physics, chemistry, biology, materials, electrical and electronic engineering, mechanical engineering, and information technology have gathered in this research area, and through the promotion of collaborative research, we are working to develop the frontiers of materials science in order to contribute to solving environmental and energy problems, creating a safe and secure society, and achieving sustainable prosperity for human society.

Nanoparticles x Bio Energy, Nanowires x Spin Devices, 2D Materials x Advanced Microscopy, Energy Materials, Nanoimaging x Spectroscopy, Spintronics x Quantum Sensing, Semiconductor Electronics x Device Measurement Technology, Solar Cells x Longer Lifespan, Materials Science x DX

Advanced technologies such as computational science are being used in the design of materials, structural analysis, and physical property evaluation, and processing, imaging, and measurement technologies are progressing at the nano level. This has led to the development of innovative devices, sensing technology and quantum technology. In the future, as information science and robotics develop, system control and programming technology will become increasingly important. Through research and development that makes full use of such advanced technology, we aim to train people who can contribute to the realization of a sustainable society. We will train scientists and engineers who can work globally and promote innovative research that contributes to society.