21
Supramolecular Solid State Chemistry Laboratory
Professor / IMAKUBO Tatsuro
- Novel organic conductors from Japan!
- Novel functions and physical properties on supramolecular arrangement!
- Development of single crystal devices!
Professor / IMAKUBO Tatsuro
He is very approachable and we can easily ask him about anything we don’t understand, everything from daily life to research. When explaining to me how to perform experiments, operate equipment, and process data, he teaches me in an orderly and easy-to-understand manner, so we can work hard on my research with full understanding.
Research Content
Our laboratory is conducting research to develop structural control methods for functional organic crystals, to control electronic properties based on these methods and to elucidate the mechanisms of property expression, and to discover new functions and properties that are expected to emerge in the future. Currently, our main research targets are organic materials that conduct electricity - “organic conductors”. In particular, we are aiming to utilize the concept of “supramolecules”, in which molecules are linked to each other by characteristic intermolecular interactions, to control crystal structures and electronic properties, and to discover new functions and properties.
The bonding structure of the supramolecular organic conductor constructed using the iodine bonds
A Day in the Lab
Our lab places great importance on maintaining a clear distinction between work and rest, so members diligently conduct research from the morning on weekdays. Unlike other labs, we do not conduct experiments on holidays or at night. Additionally, the laboratory regularly holds seminar sessions and research presentations. During experimental reports, each student presents findings from their research and discusses future research directions with the professor and all students. While research progress is fundamentally entrusted to each individual, students can freely consult professors and seniors when encountering difficulties. This allows them to advance their research efficiently without struggling alone.
Superconducting transition in a novel organic superconductor designed and synthesized in the laboratory
Thesis Subjects
- (B)Development of novel organic conductors based on Cu(CF3)4 anion
- (M)Development of novel organic conductors based on the iodine-bonded p-donor DIETSe and square planar M(CH3)4 [M = Au, Cu] anions
- (M)Synthesis and properties of new organic conductors based on ethylenedioxy-tetraselenafluvalene(EDO-TSeF)
The number of
PhD Graduates
0
Major employers of Graduates
- Ace Japan Co., Ltd.
- The High Pressure Gas Safety Institute of Japan
- STARLITE Co., Ltd.
- TAKATA Pharmaceutical Co., Ltd.
- Momentive Performance Materials Japan LLC
- SHINTO PAINT CO.,LTD.
- Foundation for Promotion of Material Science and Technology of Japan.
- TOHO EARTHTECH, INC.
- Toyo Kohan Co., Ltd.
- Tamura Corp.
