CV
- Present, JSPS postdoctoral
[Department of Advanced Materials Science, University of Tokyo. Arima-Tokunaga Lab.] - 2021.03, D. Eng., Department of Applied Physics, University of Tokyo (Kohama Lab.)
- 2018.03, M. Eng., Department of Applied Physics, University of Tokyo (Takeyamha Lab.)
- 2016.03, B. Eng., Department of Applied Physics, University of Tokyo (Ishizaka Lab.)
- 2012.03, Osaka Seiko Gakuin Senior High School
Research interests
- High magnetic field science
- Frustrated magnetism, helical magnetism, skymion
- Magnetostriction, thermal expansion
- Materials informatics
Awards
- Best Student Presentation Award (area 5) [JPS 2020 Autumn Meeting]
“Observation of the novel Paschen-Back effect on the R-line of ruby in ultrahigh magnetic fields” - Poster Award [High-field Collabolatory 2018]
“Magnetocaloric Effect in S=1/2 Quasi-1D Frustrated Magnet LiCuVO4”
Fundings
- Research Fellowship for Young Scientists (DC2) [2020.04-2022.03]
Japan Society for the Promotion of Science (JSPS) - International Conference Dispatch [RMHF2018, 2018.06]
Yukawa Memorial Foundation “Mochizuki Fund”
Teachings
- 2020.02.18〜21: TA in Science camp
Topics: “What happens when a magnetic field is applied to a gemstone?” - 2019.02.19〜22: TA in Science camp
Topics: “Let's change the temperature by a magnetic field!”
Research tools
Sample growing
- Solid state reaction
- Chemical vapour transport
- Floating zone
- Flux
Experiments in static magnetic fields
- Magnetization @MPMS
- Heat capacity, Dielectric constant, Electric polarization, Magnetostriction (FBG method) @PPMS
Experiments in pulsed high magnetic fields
- Magnetization measurement by induction method
@ Single-turn-coil system [up to 150 T]
@ Electro-magneto flux compression system [up to 400 T] - Magneto-striction measurement by Fiber-Bragg-Grating (FBG) method
@ Non-destructive pulsed magnet [up to 60 T]
@ Single-turn-coil system [up to 210 T]
@ Electro-magneto flux compression system [up to 600 T] - Optical measurement (Faraday rotation, optical absorption, photoluminescence)
@ Single-turn-coil system [up to 210 T]
Analysis, Programming
- Igor Pro
- Mathematica
- Python