GOTOH Kazuma

Nanospace Chemistry
― Development of observation technology and controlling nanostructure ―

Nuclear magnetic resonance, Carbon materials, Lithium ion batteries, Sodium ion batteries, in situ, operando analysis

TANIIKE Toshiaki

Advanced Material Design based on Exploration, Learning, and Prediction

Heterogeneous catalysis, polymerization, nanocomposites, membranes, graphene, data science

NAGAO Yuki

Innovating for a Greener Future through Advanced Materials Science

Proton Conductive Materials, Self-assembly, Electrochemical Catalysts, Fuel Cells, Energy Conversion, Sensors, Battery

MATSUMI Noriyoshi

From Heteroatom Chemistry to Future Energy

Lithium ion secondary batteries, Metal-air batteries, Electrocatalysis (oxygen reduction, photo-electrochemical water splitting), Solid polymer electrolytes, Ionic liquids, Organoboron compounds/materials

YAMAGUCHI Masayuki

Design of High-Performance Polymer Materials by Rheological Approach

Polymer Rheology, Polymer Processing, Polymer Blends

UEDA Jumpei

Development of Optically Functionalized Materials Based on Electronic Structure and Local Coordination

Phosphor, Storage Phosphor, White-LED, Optical thermometer, Optical Pressure Sensor

OKEYOSHI Kosuke

Polymeric organization inspired
from natural environment and biomaterials

polymeric gels, water, geometry of soft materials, photo-functional materials, energy conversion

NISHIMURA Shun

Development of new solid catalyst process
Challenge the issues on energy & resources!

New energy sources, Metal nanoparticle, Solid acid/base catalyst, Catalyst design, Mechanistic study

CHAMMINGKWAN, Patchanee
*This Lab. is not accepting new student.

Catalyst to Polymer: Synergistic Materials Design

Heterogeneous catalyst, polyolefin, nanocomposite, adsorbent