Yae Lim Lee

Papers

Total Citations

560

H-Index

About

Yae Lim Lee is a pioneering researcher at the intersection of DNA nanotechnology and molecular robotics. Her most celebrated contribution is the design and demonstration of a cargo-sorting DNA robot, published in 2017, which has garnered over 560 citations. This work addressed two fundamental challenges in molecular robotics—modularity and algorithmic simplicity—by introducing three modular building blocks that enable a DNA-based robot to autonomously sort molecular cargo at the nanoscale. The robot operates through a simple recognition algorithm between cargos and their destinations, representing a landmark achievement in programmable molecular machines. Lee’s research has profound implications for targeted drug delivery, nanoscale assembly, and synthetic biology, where precise molecular transport is critical. Her ability to translate computational logic into physical molecular behavior has inspired a new generation of researchers in DNA computing and nanorobotics. By demonstrating that complex tasks like sorting can be achieved with minimal algorithmic overhead, Lee has set a benchmark for efficiency and scalability in molecular systems. Her work continues to influence the design of autonomous nanoscale devices, making her a leading figure in the field of DNA-based robotics and molecular engineering.