Geon Dae Moon | Materials Science | Research Excellence Award

Geon Dae Moon | Materials Science | Research Excellence Award

Korea Institute of Industrial Technology | South Korea

Dr. Geon Dae Moon is a Principal Researcher at the Korea Institute of Industrial Technology, specializing in materials science and nanotechnology. He earned his Ph.D. in Materials Science and Engineering from Yonsei University, where his research focused on the solution-based synthesis of chalcogenide nanostructured materials. His professional experience spans leading international research institutions, including Brookhaven National Laboratory and University of California Riverside, where he contributed to advanced studies in energy storage and nanomaterials. He has also worked in industry as a research scientist at C-Crete Technologies. His research interests center on nanostructured materials, chemical synthesis, and energy-related applications, with a strong focus on developing innovative materials for industrial and sustainable technologies.

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Featured Publications


Magnetic amphiphilic snowman particles for dual-function removal and photocatalytic wastewater treatment

– Applied Surface Science, 2025

Strategic design of emerging (K,Na)NbO3-based perovskite for high-performance piezocatalysis and photo-piezocatalysis

– Applied Surface Science, 2024

Surface charge engineering for structural control of colloidal silica rod-decorated silica particles

– Applied Surface Science, 2024

Flexible, cuttable, origami-enabling ceramic nanofiber mat for visible light-driven catalysts

– Applied Surface Science, 2024

Single-Crystal Ferroelectric-Based (K,Na)NbO3 Microcuboid/CuO Nanodot Heterostructures

– Small, 2024

Himadri Tanaya Das | Materials Science | Research Excellence Award

Himadri Tanaya Das | Materials Science | Research Excellence Award

Utkal University | India

Dr. Himadri Tanaya Das is an accomplished researcher and academic specializing in electrochemical energy storage and conversion systems, with a strong focus on batteries and supercapacitors for next-generation hybrid energy storage devices. Recognized as a World Top 2% Scientist, his research is driven by the growing global demand for high-performance, sustainable energy solutions aligned with the United Nations Sustainable Development Goal. Affordable and Clean Energy. His work emphasizes the experimental design and development of advanced electrode materials aimed at significantly enhancing energy and power density beyond the limits of conventional commercial batteries. With extensive research experience in hybrid electronics, he has contributed substantially to the advancement of self-powered and high-efficiency energy storage systems. His research outcomes have been widely published in reputed international journals and have led to the successful filing of patents, reflecting both scientific impact and translational relevance.

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