Min Sang Kwon
Papers
3
Total Citations
47
H-Index
3
About
Min Sang Kwon is pioneering the next generation of smart, degradable materials at the intersection of polymer chemistry and soft robotics. His research focuses on designing functional elastomers and trigger-transient polymers that can perform complex tasks and then degrade on command. Kwon’s major contributions include developing functional thermoplastic polyurethane (TPU) elastomers with tailored soft segments, enabling advanced applications in soft robotics, electronics, and medical devices. He has also introduced magnetically actuated, trigger-transient soft actuators made from polypropylene carbonate and photo-acid generators—materials that can both actuate and degrade on demand, addressing critical needs in sustainability and hardware security. Most recently, Kwon has advanced UV-triggered cascading degradation of silicone elastomers via self-fluoride amplification, offering precise, remote control over material lifetimes for self-destructive robotics and data protection. With his most-cited work accumulating over 30 citations, Kwon is recognized for pushing the boundaries of material design toward reconfigurable, secure, and environmentally conscious technologies.
Research Focus
Key Achievements
Top Papers
- 1
- 2
- 3