Member
| Name・Contact | Research・Job |
 Professor FUJISAWA Akihide |
・Magnetic confinement plasma for nuclear fusion ・Experimental research to explore the principles of plasma structure formation ・Transition phenomena in plasmas, such as what is called H-mode transition ・Precise observation of turbulence that determines the transition state |
 Associate Professor NAGASHIMA Yoshihiko |
・Waves, Oscillations, and Turbulence in Plasmas ・Precise measurement of fluctuations in plasma by setting up measurement equipment ・Ultra-precise analysis of data using statistics ・Elucidation of the depth of turbulence |
 Assistant Professor NISHIZAWA Takashi |
・Elucidating the physical laws governing plasmas with the goal of realising the energy of nuclear fusion ・Spectroscopy ・Using spectroscopic data with Bayesian statistics |
 Technician(Technical Service Division) NIIYA Ichiro |
Development of PLATO control system,Experiment operator |
 Technical Staff Funaki Mika |
Work related to Grant-in-Aid for Specially Promoted Research |
 Administrative Staff HIEIDA Yoshiko |
Office work of Fujisawa, Kasuya, Kosuge and Moon Lab |
 Administrative Staff Sugitani Hiroko |
Office work of Fujisawa, Kasuya, Kosuge and Moon Lab |
Students
| Name | Research | |
| JSPS Research Fellowship KOBAYASHI Taiki |
 |
Proposal and application of a new conditional averaging method in magnetized plasmas |
| Ph.D. Course Students NISHIMURA Yuki |
 |
- |
| Master Course Students (M2) HUANG Zhiliang |
 |
- |
| Master Course Students (M1) OSAWA Minato |
|
- |
| Master Course Students (M1) SUJITA Nanami |
|
- |
Graduates
| Name | Research |
| 2024 graduates | |
| HAYASHI Riku |
Filling pressure dependence of PANTA plasma properties investigated with tomography |
| 2023 graduates | |
| NISHIMURA Daiki |
Development of new analyzing methods of plasma movement for imaging diagnostics and their applications to a linear magnetized plasma |
| NISHIMURA Yuki |
A Method to Analyze Plasma Images Using Modified Fourier-Bessel Functions |
| 2022 graduates | |
| GUO Youming |
Development of Deep Learning for Tomography Algorithm for PANTA Plasmas |
| MINAMI Takafumi |
Magnetic Field Dependance of Spatial structure of oscillation of PANTA Plasma |
| 2021 graduates | |
| KABASHIMA Yuudai |
Observation of the gas pressure dependence of PANTA plasma structure and fluctuations using tomography |
| SHINBARA Shotaro |
Magnetic field dependence of plasma structure and oscillations in PANTA studied using 3D tomography |
| 2020 graduates | |
| AKASHI Tomohiro |
On the application of arrival delay estimation to tomographic data in PANTA |
| 2019 graduates | |
| ARAKI Ken |
Development of a velocity field analysis method for PANTA plasmas using tomographic data |
| HOSHINO Satoshi |
Comparison of double probe data and tomographic data in PANTA |
| MARUI Issei |
Tomographic study of the magnetic field dependence of plasma oscillations and structure in PANTA |
| 2018 graduates | |
| KIN Fumiyoshi |
Measurement of turbulence structure using a probe |
| MATSUO Mamoru |
Tomography-Based Oscillatory Analysis in PANTA at High Power Discharge |
| UEHARA Hikari |
Development of Tomography Algorithm with Penalty Function |
| 2017 graduates | |
| TAWA Koki |
Analysis of emission fluctuation dynamics in linear plasmas using Fourier-Bessel function expansion and Stokes parameter |
| MOTOYOSHI Takami |
Spatio-temporal structure analysis of linear plasma turbulence by tomographic measurement |
| 2016 graduates | |
| ETOU Kenta |
Development of an Algorithm for Tomography by Least Squares Method with Penalty Function |
| 2015 graduates | |
| SHIBATA Ryosuke |
Development of SVD Algorithm for Turbulent Tomography |
| HAMAMOTO Naoki |
Spatio-temporal structure analysis using tomography and Fourier-Bessel function expansion in PANTA |
| Fukunaga Fumiki |
Analysis of nonlinear processes of drift wave instability in cylindrical magnetic field plasmas |