Taniyuki Furuyama
Professor | Ph.D. in Pharmaceutical Sciences
Applied Chemistry Course
Field of Applied Chemistry
In his lectures, Professor Furuyama strives to show how the reactions and phenomena underlying manufacturing can be consistently explained through unified theoretical principles. His research is grounded in the development of new molecular materials that reflect each researcher's individuality, and through diverse collaborations with researchers from different fields, he seeks to create new value in synthetic chemistry.
Synthetic Chemistry of Near-Infrared Dyes
What students can learn
Students acquire the full sequence of processes fundamental to manufacturing: molecular design, synthesis, and structural determination of organic compounds. Through the characterization of materials, they also build a foundation in photochemistry, electrochemistry, and catalytic chemistry.
This research develops new materials that harness near-infrared light, a component abundant in sunlight and valued for its high transmissivity and safety, using the methods of synthetic organic chemistry. By reexamining industrial dyes in light of fundamental principles of organic reaction chemistry, new materials are designed and, in some cases, synthesized through newly developed synthetic routes. Such materials are in steady demand across fields such as energy, medicine, and the environment, and have attracted considerable attention from industry. This engineering research pursues fundamental science in order to deliver molecules of genuine value to society.
Organic Synthetic Chemistry as a Bridge Across Disciplines
What students can learn
Students develop the ability to design concrete molecules that respond to a wide range of societal problems and needs. They also cultivate the interpersonal skills needed to communicate and coordinate with researchers from diverse fields, both in Japan and abroad.
This work translates the challenges faced by scientists and industry into the language of molecules, that is, molecular structure, and pursues solutions collaboratively. Problems brought not only from chemistry but from entirely different fields such as physics and biology are addressed through careful listening and consideration, leading to concrete material proposals for their resolution. The unique molecules developed in this laboratory are believed to hold boundless possibilities, and it is hoped that they can serve as a hub from which new theories and technologies emerge. Those in need of the power of molecules are warmly encouraged to get in touch.
