Papers
2
Total Citations
298
H-Index
2
About
Haeshin Lee is a pioneering materials scientist whose work bridges bioinspiration and nanotechnology to solve fundamental challenges in adhesion and drug delivery. His research centers on bioinspired adhesive systems and high-throughput nanomaterial design, with major contributions that have reshaped how we think about both intracellular delivery and smart adhesives. In a landmark 2011 study (200 citations), Lee introduced a combinatorial synthesis approach for chemically diverse core-shell nanoparticles, creating a library of 1,536 distinct structures that systematically revealed the design rules for efficient intracellular delivery—a breakthrough that transformed nanoparticle engineering from trial-and-error into a predictable science. More recently, his gecko-inspired self-peeling switchable adhesive (2021, 98 citations) achieved dynamic attachment and detachment under both dry and wet conditions, overcoming a long-standing limitation in biomimetic adhesives. This work has profound implications for robotics, medical tapes, and wearable devices. Lee’s ability to translate biological principles into functional materials, combined with his systematic approach to nanomaterial optimization, marks him as a leading innovator at the interface of chemistry, biology, and engineering.
Research Focus
Key Achievements
Top Papers
- 1
- 2Gecko’s Feet-Inspired Self-Peeling Switchable Dry/Wet Adhesive98 citations · 2021