We promotes research related to the basic science and application of the structure and functions of materials from an atomic, molecular and nanoscale to a macroscale.
Synthesis of new functional molecules
Chemistry of new molecular assemblies
Chemistry of organic-inorganic hybrid materials
Processing of advanced materials into devices
Using our originally developed automated flow reactor, we verified the performance changes of 21 additives in hydrogenation reactions and elucidated promising additives and their mechanisms of action.
XAI, an artificial intelligence technology known as "explainable AI," has revealed for the first time in the world that it can explain molecular structures in the transition state of an activated state in a chemical reaction.
By simply mixing acid with triptycene, a propeller-shaped molecule with three blades of benzene rings, he discovered a reaction that removes only one of the three seams of the blades, and he successfully applied this reaction to the synthesis of acenes.
Prof. Masaru Tanaka was introduced in the 'Research Close-Up' section of the university's website, including a Youtube video.
We have succeeded in elucidating the mechanism by which the antithrombotic properties of poly(2-methoxyethyl acrylate) (PMEA), which is actually used in the inner wall coating of ECMO circuits, develop.
Nanosized fibrous structures radiate out and cells temporarily fasten themselves
We are developing next-generation medical diagnostic technology.
