In Year 1 at the College of Natural Sciences, all students study a broad range of subjects to acquire the basic knowledge that becomes the foundation for the field of major. Students will select their major at the end of Year 1. There are two viewpoints that complement each other in modern physics. One sees phenomena from the viewpoint of particle motion, and the other from wave motion. Accordingly, the two first-year courses on physics, AI/AII/AIII and BI/BII/BIII, are designed to study the rules of physics from these two viewpoints. If your grades are not satisfactory during Year 1, you may not be able to go on to the field of major of your choice. A continuous and steady studying habit is strongly encouraged from the start. 　Once you have successfully begun your studies as a Physics Major in Year 2, you will take courses in quantum mechanics, special relatively, and other subjects that are at the basis of modern physics. Experiments in Physics are mandatory classes for all Physics Major students. You will also be introduced to the use of computers in physics theory and experiment, with training in topics such as computing physics and measurement control.

Atomic Holography Atoms cooled by laser are dropped, or pulled by gravity, through a hologram composed of countless 300nm x 300nm square holes (1nm＝10-9m). The atoms' physical waves create quantum mechanics interference patterns on the screen. The principle of nature is shown through this advanced nanoscale technology. (Source: NEC)

Plasma and Quark Gluon Plasma (QGP) When atoms are heated/compressed, they change state to plasma of ions and electrons. When atom nuclei are heated/compressed, they become QGP.

In Year 3, the experiments will become more sophisticated, with advanced topics in basic physics such as quantum mechanics, statistical physics, and computational physics. In the third trimester, you begin your specialized classes in elementary particle physics, astrophysics, nuclear physics, condensed matter physics, and plasma physics. 　In Year 4, you will begin work on your graduation research project, which is required for graduation. After deciding what you will specialize in, concentrate on your research for one year in the appropriate research laboratory. The laboratories focus either on theory or experiments, so you must consider which suits you best. The lectures will discuss more recent and advanced issues of each subject. After completing your one-year research project, you will present and defend your graduation thesis. You will be able to receive one-to-one guidance from your supervisor, and experience the thrills and satisfaction of academic life.