Papers
4
Total Citations
38
H-Index
3
About
Junyi Han is an emerging researcher at the intersection of soft robotics, smart materials, and responsive polymer systems. Their work centers on liquid crystal elastomers (LCEs) and their application in next-generation actuators and robotic systems. Han's most impactful contribution, "Photoinduced, Swift, and Reversible Spatiotemporal Programming of Double Dynamically Bonded Liquid Crystal Elastomer Actuators" (2025, 24 citations), demonstrates a breakthrough approach to precisely programming complex morphing behaviors in LCEs through local manipulation of phase-transition temperatures—advancing the design of versatile soft actuators. Complementing this, Han has explored supramolecular hydrogen-bonded networks to enable gentle reprogramming of LCEs, drawing inspiration from adaptive organisms like sea squirts to develop materials capable of evolving with their environment. Beyond materials science, Han has contributed to modular robotics through "Roblets," a self-assembling robotic tablet platform inspired by protein synthesis. More recently, their work on fluorinated ionogels has pushed the boundaries of underwater soft electronics, combining transparency, conductivity, and flexibility for marine sensory applications. Across these diverse yet interconnected domains, Han's research consistently bridges fundamental materials innovation with practical robotic functionality.
Research Focus
Key Achievements
Top Papers
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- 2Roblets: Robotic Tablets That Self-Assemble and Self-Fold into a Robot6 citations · 2023
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