Master’s Program of Sciences and Technologies [Specialized Deepening]
Advanced Materials and Fundamental Sciences Program
Changing society with new materials
The power of science
Program Overview
Students will study and research physics and space science, which explore the origins and properties of matter and the laws of nature; basic chemistry; mathematical science, which elucidates the laws of numbers, shapes, and data; materials science, which creates new materials and develops their application technologies; and applied chemistry.
This is a "Specialized Deepening" program that provides education in the specialized knowledge necessary for such research and the advanced knowledge required for social implementation, thereby cultivating highly specialized human resources and researchers and educators who can independently respond to challenges in science and technology.
The type of person the program cultivates
We aim to develop individuals with broad insight and creativity who can proactively address scientific and technological challenges.
In particular, through education and research into the origins of matter, the laws and principles of nature, the functions of artificial materials, the development of new materials and technologies aimed at implementation in society and industry, and the mathematical sciences behind natural and social phenomena, we aim to produce professionals and researchers/educators who not only have advanced specialized knowledge and interdisciplinary knowledge, but also the ability to discover and explore problems, and universal, versatile knowledge and skills.
Teacher in charge
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ASAKA Takehiko professor
ASAKA Takehiko- Advanced Materials and Fundamental Sciences Program Research supervisor
- Neutrino physics, cosmic dark matter, cosmic baryogenesis, inflationary universe
- General natural sciences/elementary particles/nuclear/cosmic rays/astrophysics theory
- Laboratory site
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IKOMA Tadaaki professor
IKOMA Tadaaki- Advanced Materials and Fundamental Sciences Program Research supervisor
- Exciton and carrier dynamics in organic solids
- Nanotechnology/Materials/Basic Physical Chemistry
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UMEBAYASHI Yasuhiro professor
UMEBAYASHI Yasuhiro- Advanced Materials and Fundamental Sciences Program Research supervisor
- Solution science aiming at the development of process electrolytes for next-generation electrochemical devices
- Nanotechnology and Materials / Basic Physical Chemistry / Energy Chemistry / Analytical Chemistry / Inorganic and Coordination Chemistry
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ONO Yoshiaki professor
Yoshiaki ONO- Advanced Materials and Fundamental Sciences Program Research supervisor
- Theoretical research on strongly correlated electron systems (high-temperature superconductivity, heavy electron systems, etc.)
- General natural sciences/Mathematical physics/Fundamentals of physical properties/Magnetism/Superconductivity/Strongly correlated systems
- Laboratory site
Degrees available
Master of Science, Master of Engineering, Master of Philosophy
