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ABOUT US

Our team is dedicated to controlling nanomaterial interfaces to develop novel electrode catalysts and explore their functionalities, paving the way for new material separation and electrolysis devices integrated with electrochemical systems. Heterointerfaces formed by the contact of nanomaterials significantly influence the transport properties of energy carriers such as hydrogen, ions, electrons, and phonons, ultimately governing their functions. By pursuing precise control techniques for functional nanomaterial heterointerfaces and understanding the fundamental physics of heterointerface properties, we aim to create nanomaterials that maximize the synergistic effects of each constituent. Utilizing developed nanomaterial synthesis and advanced analytical techniques, we are working to pioneer new technologies for hydrogen isotope separation, hydrogen storage, and hydrogen evolution catalysts for water electrolysis. Our ultimate goal is to contribute to the realization of a sustainable society through these advancements. 　

NEWS

01 April 2024 The Deuterium Separation Technology Development Laboratory has been launched.

01 April 2024 The Nanomaterial Device Research Team has been launched.