Theoretical Physics Group
(Japanese page)
Department of Mathematics, Physics and Computer Science
Faculty of Science, Japan Women's University
(View of the Ikebukuro donwtown from our offices)
Reseach areas: Theoretical physics, Particel and nuclear physics, Structure functions of hadrons
The nucleon and nuclei consist of elementary particles, quarks and gluons. It is important to describe the nucleon and nuclei in terms of quark and gluon degrees of freedom for finding new physics beyond the standard model, for investigating properties of quark and gluon plasma in heavy-ion reactions, and for clarifying fundamental mechanisms of nucleonic and nuclear structure. In particular, We have been investigating parton distribution functions, fragmentation functions, and high-energy hadron reactions for clarifying the structure of the nucleon and nuclei. Recent interests include the origin of nucleon spin, nucleon mass, nucleon tomography, spin-1 structure functions, and exotic hadrons.
Weekly meetings on basic studies for undergraduate reseach.
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Field theory: Quantum Field Theory --Focus on Invariance and Free Fields--
Makoto Sakamoto (Shokabo, 2014), in Japanese.
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Hadron physics: Quarks and Leptons: An Introductory Course in Modern Particle Physics
F. Halzen, A. D. Martin (John Wiley & Sons, 1984);
Japanese translation by Tetsuro Kobayashi and Tatsunari Hirose (Baifukan, 1986).
Nuclear Physics, S. Kumano,
KEK Physics Series, Volume 2 (Kyoritsu Shuppan Co., Ltd., 2015), in Japanese.
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Quantum Computers: Introduction to Quantum Chemical Calculations on Quantum Computers
Kenji Sugisaki (Kodansha, 2020), in Japanese.
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Introduction to Quantum Mechanics for Understanding Quantum Computers
Norio Murakami (Goku, 2020), in Japanese.
| Members | Position | Research Field |
| Shunzo Kumano | Specially Appointed Professor | Theoretical Physics, Particle and Nuclear Physics |
| Risa Kunitomo | Graduated in March, 2023 | Theoretical studies on gravitational form factors of nucleons by using neutrino reactions |
| Rieko Matsumoto | Graduated in March, 2023 | Studies on charmonium by quantum computers |
| Kayoko Hashimoto | Graduated in March, 2024 | Studies on deuteron by quantum computers |
| Marina Shiroshita | Graduated in March, 2024 | Studies on bottomonium by quantum computers |
| Sakura Hiyoshi | Senior Student | Nuclear structure functions |
| Tomomi Ohashi | Senior Student | Quantum computers |
| Risa Sakashita | Senior Student | Quantum computers |