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About

Jae-Ho Jeong is an emerging materials scientist whose research sits at the dynamic intersection of conductive hydrogels, polymer-based gel systems, and flexible electronics. His work has rapidly established him as a significant voice in the field, with his publications accumulating over 84 citations in just over a year — a testament to the timeliness and relevance of his contributions. Jeong's research comprehensively explores the structural design and functional applications of single- and multi-network hydrogels, examining how their unique three-dimensional polymer architectures enable remarkable properties such as electrical conductivity, freeze resistance, and stimuli-responsiveness. His highly cited 2024 review on conductive hydrogels has become an important reference for researchers navigating this rapidly evolving landscape, while his parallel work on conductive gels for energy storage and conversion highlights his breadth across electrochemical and biomedical applications. Particularly noteworthy is Jeong's sustained focus on translating gel-based materials into real-world devices — from biosensors and actuators to flexible electronics and artificial organs. His 2025 review on hydrogels for soft electronics signals an increasingly forward-looking research trajectory. For students and researchers exploring next-generation smart materials, Jeong's body of work offers an authoritative and accessible foundation.