活動報告・予告/Annual Reports
研究室教員†
研究室メンバー†
- 大学院博士前期2年生 坂下 哲弘(Akihiro Sakashita)
- 大学院博士前期1年生 岩田 菜々 (Nana Iwata)
- 大学院博士前期1年生 松尾 太亮(Taisuke Matsuo)
- 学部4年生 飯塚 明秀(Akihide Iizuka)
- 学部4年生 佐藤 太一(Taichi Sato)
- 学部4年生 増澤 健太(Kenta Masuzawa)
- 学部4年生 山田 望未(Nozomi Yamada)
論文発表†
TBA
学会発表†
- (招待講演)"Probing and controlling transient radical pairs by time resolved pulse magnetic field and magnetic resonance effects on reaction yield."
Kiminori Maeda, Yusuke Naito, Masaya Sato, Nana Iwata, Taisuke Matsuo.
International-Conference on Coordination Chemistry (ICCC2018),
3 Aug. 2018.
Sendai, Japan.
- (招待講演)"The pulse magnetic field and radio-wave effect on the radical pair dynamics in biologically related systems"
Kiminori Maeda*, Nana Iwata, Masaya Sato
III International Conference "Spin physics, spin chemistry and spin technology" (SPCT-2018)
September 10-15,2018
Academgorodok, Russia.
- (ポスター発表)"Low field effect in the photochemical reaction of xanthone and DABCO in a micelle"
Taisuke Matsuo, Kiminori Maeda
III International Conference "Spin physics, spin chemistry and spin technology" (SPCT-2018)
September 10-15,2018
Academgorodok, Russia.
- (ポスター発表)"pH dependence of time resolved magnetic field effect spectra (TRMARY) in the intramolecular electron transfer reaction of FAD"
Akihiro Sakashita, Kazuya Arakawa, Kiminori Maeda
III International Conference "Spin physics, spin chemistry and spin technology" (SPCT-2018)
September 10-15,2018
Academgorodok, Russia.
- (招待講演,講師)
LECTURE: Electron and nuclear spin dynamics. 1.5hr
LECTURE: Magnetoreception and magnetic field effects. 1.5hr
LECTURE: Chemically induced spin polarization. 1.5hr
LECTURE: Recent highlights in spin chemistry. 1.5hr
Kiminori Maeda
V International School for Young Scientists «Magnetic Resonance and Magnetic Phenomena in Chemical and Biological Physics»
September 15-20,2018
St.Petersburg, Russia.
- (招待講演)"TBA"
Third Joint Conference of APES and IES Symposium 2018.
September 23-27
Brisbane, Australia
学会活動†
- 2015年7月1日~
電気学会,
強磁界下での材料プロセッシングと生体効果調査専門委員会 委員
科学研究費補助金†
平成30年度 基盤研究(B) 「光化学量子磁気コンパスの3次元可視化」代表 前田公憲