Papers
5
Total Citations
338
H-Index
4
About
Minhyun Jung is a materials and devices researcher whose work sits at the forefront of flexible electronics, electronic skin, and wearable sensing technologies. His research focuses on developing advanced sensor systems that mimic the multifunctional capabilities of human skin, with particular emphasis on pressure, temperature, and multimodal sensing on flexible and stretchable platforms. Jung's most influential contribution, a fully inkjet-printed bimodal sensor array capable of low-voltage, high-sensitivity operation, has garnered 138 citations, demonstrating the field's enthusiasm for scalable, low-power electronic skin solutions. His 2019 comprehensive review of flexible multimodal sensors — cited over 100 times — has become an important reference point for researchers navigating the rapidly evolving e-skin landscape. Jung has also made significant strides in wearable energy harvesting, reporting scalable stretchable thermoelectric fabrics for self-powered temperature sensing, a paper that earned 86 citations and addresses critical manufacturability challenges in the field. His explorations of silk-based substrates and textile-integrated thermoelectric sensors further reflect his commitment to biocompatible, practical wearable systems. Collectively, his work advances the vision of seamlessly integrated, self-sustaining electronic skin for healthcare and human-machine interaction applications.
Research Focus
Key Achievements
Top Papers
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- 5Textile Based Thermoelectric Temperature Sensor for Wearable Device2 citations · 2018