Department of Physics

Physics is a branch of natural science that elucidates the fundamental principles of the structure and function of nature. It can cover everything, from macroscopic objects like the universe to microscopic things such as materials, nuclei, and elementary particles. Physics has developed and will continue to grow, with a constant exchange of ideas from experimental and theoretical research.

The concrete structure of this world can only be proven by actual experiments, while theoretical understanding is also indispensable to revealing its design. It may also be true that physics is a fundamental science, and it takes time for the latest results to be passed on to society. However, it may be no exaggeration to say that its impact on civilization has been enormous. For example, the design of computer infrastructure would be impossible without knowledge of quantum mechanics and solid-state physics, and the theory of relativity is essential for precisely determining an individual's position in a GPS. In recent years, more than traditional collaborations with engineering, there has also been a solid interdisciplinary research activity in close cooperation with biologists, chemists, mathematicians, and engineers to solve problems in various fields.

The Department's mission is to conduct outstanding research with national and international recognition by promoting creativity, excellence, and collaboration. Currently, our primary focus areas of research are Materials Science, Condensed Matter Physics, Computational and Mathematical Physics, Particle and Dark Matter Physics, Astrophysics, and Soft Matter Physics, which include fundamental and applied research.

We provide students with a holistic, up-to-date, comprehensive curriculum to cultivate curiosity and excitement about the physical world, including our platform for engineering students to engage in problem-solving skills. In addition to our well-organized introduction to physics fundamentals, we provide opportunities for undergraduate and master's students to engage in scientific research. We actively create interdisciplinary collaborations and various outreach activities. Our teaching program will benefit not only students who aim to become future researchers in physics but also those who aim to acquire the methods and ideas of physics and work in engineering or other related fields in society.