Professor Lee Eun-ho of the Department of Chemical and Biomolecular Engineering at Seoul National University of Science & Technology (Seoul Tech) has been selected for the “Emerging Investigator” series by Materials Horizons, a globally renowned academic journal published by the Royal Society of Chemistry (RSC) in the United Kingdom.

The Emerging Investigator series features promising early-career scientists from around the world who are conducting creative and influential research in materials science and chemistry. It recognizes individuals with outstanding research achievements and exceptional potential for future impact.

Founded in 1841, the Royal Society of Chemistry is the world’s oldest and one of the most respected scholarly institutions in the field of chemistry. It leads global academic exchange and scientific innovation through its publishing initiatives, science policy development, and international cooperation. Materials Horizons is one of the RSC’s flagship journals and is widely regarded as a leader in presenting emerging trends and breakthroughs in materials chemistry.

Professor Lee was recognized for his pioneering work on artificial synapse devices and neuromorphic platforms for artificial intelligence, developed through the control of ion-polymer interactions in organic semiconductors. His selection reflects a comprehensive recognition of his interdisciplinary approach and the technological potential of his research in this evolving field.

Professor Lee stated, “To elucidate ion-polymer interactions and redox mechanisms at the molecular level, a multidisciplinary approach is essential. This goes beyond materials design and encompasses electrochemical analysis, physicochemical modeling, and computational science.” He added, “Moving forward, we plan to focus on a range of practical applications, such as electrochemical sensors and bio interfaces, by integrating these principles with next-generation neuromorphic platforms.”

Professor Lee is currently conducting research on electrolyte-based organic transistors, analyzing ion-polymer interactions and designing novel devices. His work continues to be published in leading international academic journals. Through collaborations with domestic and international researchers, he is also broadening the scope of artificial intelligence device development by integrating materials science, electrical engineering, and computational modeling.

More details on Professor Lee’s recognition are available at: (https://doi.org/10.1039/D5MH90071A)