Papers
2
Total Citations
31
H-Index
2
About
Hyeonwoo Mun is a materials scientist whose work sits at the intersection of soft electronics, adhesion science, and self-healing polymers. His research focuses on developing robust, functional interfaces for next-generation wearable devices and soft robotics. Mun’s major contributions include the creation of a sub-micron-thick stretchable adhesive layer that enables the lamination of arbitrary elastomeric substrates with significantly enhanced adhesion stability—a critical advance for multi-layer soft electronics. This work has garnered 23 citations, establishing a foundation for reliable, flexible device integration. In parallel, Mun pioneered a vapor-phase synthesis method for a reagent-free self-healing polymer film that rapidly recovers its toughness at room temperature and under ambient conditions, without requiring external triggers like light or heat. This breakthrough, with 8 citations, addresses a long-standing challenge in soft robotics and wearable electronics: maintaining mechanical integrity after damage. By eliminating the need for catalysts or external stimuli, Mun’s self-healing films offer a practical, scalable path toward durable, autonomous soft systems. His work is notable for bridging fundamental polymer chemistry with real-world application constraints, positioning him as a rising innovator in stretchable and self-repairing materials.
Research Focus
Key Achievements
Top Papers
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