Enzo Kopperger

Papers

Total Citations

398

H-Index

About

Enzo Kopperger is a pioneering researcher in DNA nanotechnology and nanorobotics, whose work centers on engineering dynamic, self-assembled molecular machines with unprecedented control. His most celebrated contribution is the development of a self-assembled nanoscale robotic arm, published in 2018, which has garnered 398 citations. This 55-nanometer-by-55-nanometer DNA-based platform features a 25-nanometer robotic arm that can be precisely manipulated using electric fields, enabling rapid and reliable actuation at the molecular scale. The work represents a major leap forward in nanorobotics, demonstrating that complex mechanical functions—such as programmable movement and object manipulation—can be achieved with DNA nanostructures. Kopperger’s research has profound implications for fields ranging from targeted drug delivery to molecular assembly and biosensing. His ability to integrate electrical control with self-assembled biological components showcases a unique interdisciplinary approach, bridging physics, engineering, and molecular biology. By pushing the boundaries of what is possible with DNA-based devices, Kopperger has established himself as a leading figure in the quest to build functional nanomachines, inspiring a new generation of researchers to explore the frontiers of molecular robotics.