Jonathan List

Papers

Total Citations

398

H-Index

About

Jonathan List is a pioneer in the field of DNA nanotechnology and molecular robotics, with a focused expertise in designing dynamic, self-assembled nanostructures for precise actuation at the nanoscale. His most celebrated contribution is the creation of a 55-nanometer-by-55-nanometer DNA-based molecular platform featuring an integrated 25-nanometer robotic arm, controlled by electric fields—a breakthrough that has garnered 398 citations since 2018. This work addresses a critical challenge in nanorobotics: achieving fast, reliable, and reversible movement in self-assembled systems. By demonstrating that DNA nanostructures can function as programmable, externally driven machines, List has opened new avenues for targeted drug delivery, nanoscale assembly, and molecular sensing. His research elegantly merges structural DNA nanotechnology with dynamic control, offering a robust framework for future nanorobotic applications. Recognized for his innovative approach, List continues to push the boundaries of what is possible with biomolecular engineering, making him a leading voice in the quest to build functional machines at the molecular scale.