Laboratory Members
| Teaching Staff | ||
|---|---|---|
| Hiroyuki HASEGAWA | Associate Professor | Ph.D. (Science, Hokkaido University), Solid State Chemistry, Organic Electronics, Nanotechnology |
| Graduate students (Graduate School of Natural Science and Technology) | ||
|---|---|---|
| Taichi ORIBE | 2nd grade, Master course |
Development of new functional organic materials and expression of electronic functions |
| Takahiro KODAMA | 1st grade, Master course |
Development of visual function by patterning of optical functional materials and its application |
| Undergraduate students | ||
| Yuya SHIMMOTO | 4th grade | Development of organic-inorganic hybrid perovskite materials and its properties |
| Kengo ARAKI | 3rd grade | |
| Yuto TANI | ||
| Alumni | |
|---|---|
| Graduated on March 2019 (1st members) | |
| Tatsuya URABAYASHI | Material effects in organic nanocrystals fabricated by electrochemical method |
| Kikuka OI | Development of phthalocyanine-based nanocrystals using electrochemical method and their properties |
| Yuka SANO | Functional manifestation by ink-jet patterning of biologically originated materials |
| Graduated on March 2020 (2nd members) | |
| Shun-ya OKADA | Development of organic nanocrystals using electrochemical method and their properties |
| Kazuya SHOMURA | Ink-jet patterning of biologically originated materials and their functionalities |
| Graduated on March 2021 (3rd members) | |
| Yuka IGAWA | Development of organic nanocrystals using nanoscale electrocrystallization and their properties |
| Ryuki NISHIHARA | Development of teaching materials for programming education in science classes |
| Graduated on March 2022 (4th member) | |
| Shun MASUDA | Development of teaching materials for programming education in junior high school science classes |
| Graduated on March 2023 (5th member) | |
| Kairi SAKAMOTO (Master Course) |
Development of sensing devices fabricated by patterning of biologically originated materials |
| Kai NUNOMURA | Development of organic nanocrystals using nanoscale electrocrystallization |