Education
Courses
- FY2026
- Fall semester: Fundamentals of Information and Computational Science (Q3), Computational Science (Q4), Computational Science Experiments 2A/B (Q3 or Q4), Computational Condensed Matter Theory a (Q3), b (Q4).
- Spring semester: Computational Experiments 1A (Q1), Nanoscience (Q1, Q2), Computational Materials Science (graduate course, intensive lectures in September).
- FY2025
- Fall semester: Fundamentals of Information and Computational Science (Q3), Computational Science (Q4), Computational Science Experiments 2A/B (Q3 or Q4), Computational Condensed Matter Theory a (Q3), b (Q4).
- Spring semester: Computational Experiments 1A (Q1), Nanoscience (Q1, Q2), Computational Materials Science (graduate course, intensive lectures in September).
- FY2024
- Fall semester: Fundamentals of Information and Computational Science (Q3), Computational Science (Q4), Computational Science Experiments 2A/B (Q3 or Q4), Computational Condensed Matter Theory a (Q3), b (Q4).
- Spring semester: Computational Experiments 1A (Q1), Nanoscience (Q1, Q2), Computational Materials Science (graduate course, intensive lectures in September).
Course histories are available on the Japanese education page.
Courses Related to Thesis Research
- Computational Materials Design (D), Computational Materials Informatics (D), Advanced Materials Simulation (D), Special Research in Natural Science (D)
- Seminar B (M), Exercises B (M), Research Project B (M)
- Computational Experiment Research Project (B4), Physics Research Project (B4)
Past thesis titles are listed on the thesis page.
Reading Seminars (Fourth-Year Undergraduate and Master’s Students)
The following books and lecture notes were studied in the spring semester of each academic year. English titles of Japanese books below are translations.
- FY2026
- Makoto Okazaki, Quantum Mechanics of Matter (new edition), Iwanami Shoten, 2021 (Japanese).
- FY2025
- M. Cohen and S. Louie, Modern Condensed Matter Physics, translated into Japanese by Takashi Odagaki, Takashi Yoshidome, and Tsuyoshi Okubo, Yoshioka Shoten, 2021.
- FY2024
- Yasuhiro Iye, Superconductivity, Asakura Publishing, 2005 (Japanese).
- FY2023
- Kenji Fukushima and Hosho Katsura, Introduction to Physics and Deep Learning from the Basics: Hands-on Practice with Python, Kagaku Joho Shuppan, 2022 (Japanese).
- FY2022
- Hiroaki Kusunose, Spin and Orbit, Kodansha Scientific, 2019 (Japanese).
- Tomotoshi Nishino, Understanding Quantum Computers at Last, Kodansha, 2015 (Japanese).
- FY2021
- Yukito Iba, Bayesian Statistics and Statistical Physics, Iwanami Shoten, 2013 (Japanese).
- FY2020
- Akio Tomiya, A First Introduction to Neural Networks and Deep Learning (lecture notes, Japanese).
- FY2019
- Shingo Katsumoto, Quantum Transport Properties of Semiconductors, Baifukan, 2014 (Japanese).
- FY2017 and FY2016
- Aritomo Kawabata, Solid State Physics, Asakura Publishing, 2007 (Japanese).
- FY2015
- Walter A. Harrison, Electronic Structure and the Properties of Solids, Dover Publications, New York, 1989.
- FY2014
- Seigo Kishino, Fundamentals of Modern Semiconductor Devices, Ohmsha, 1995 (Japanese).
- FY2013 and FY2012
- Makoto Okazaki, Quantum Mechanics of Matter, Iwanami Shoten, 1995 (Japanese).
- FY2011
- Aritomo Kawabata, Solid State Physics, Asakura Publishing, 2007 (Japanese).
- FY2010 and FY2009
- Makoto Okazaki, Quantum Mechanics of Matter, Iwanami Shoten, 1995 (Japanese).
- FY2008
- Hiroyuki Shiba, Fundamentals of Solid State Physics, Baifukan, 2007 (Japanese).
- FY2007 and FY2006
- Makoto Okazaki, Quantum Mechanics of Matter, Iwanami Shoten, 1995 (Japanese).