Satoshi Horikoshi

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About

Satoshi Horikoshi is a leading figure in microwave chemistry, a field he has helped shape through his foundational work on the physicochemical principles governing microwave-material interactions. His research primarily explores the "microwave effect"—the unique thermal and non-thermal phenomena that occur when dielectric materials are irradiated, enabling novel approaches in chemical synthesis and materials processing. His highly cited 2015 review, "General Introduction to Microwave Chemistry," has garnered over 5 citations and serves as a critical resource for researchers seeking to understand the mechanisms behind microwave-assisted reactions. Beyond this seminal work, Horikoshi has made significant contributions to advancing sustainable chemistry, including the development of microwave-assisted wastewater treatment and the synthesis of nanomaterials with controlled morphologies. His impact is reflected in his extensive publication record and his role in bridging fundamental physical chemistry with practical applications. For students and researchers, Horikoshi’s work offers a clear roadmap for harnessing microwave energy to accelerate reactions, reduce energy consumption, and unlock new synthetic pathways, making him an essential reference in modern green chemistry and materials science.