Florian Rothfischer

Papers

Total Citations

398

H-Index

About

Florian Rothfischer is a leading figure in DNA nanotechnology and molecular robotics, whose work has fundamentally advanced the design of dynamic, self-assembled nanostructures. His primary research focuses on creating programmable, nanoscale machines that can be precisely controlled, bridging the gap between synthetic biology and robotics. Rothfischer’s most celebrated contribution is the development of a self-assembled nanoscale robotic arm, a 55-nanometer platform with a 25-nanometer arm that can be extended and controlled by electric fields. This landmark study, published in 2018 and now cited over 398 times, demonstrated the first reliable, fast actuation mechanism for DNA-based robots, solving a critical bottleneck in the field. Beyond this flagship work, his research has explored the integration of dynamic DNA origami with external stimuli, enabling complex, reconfigurable behaviors at the molecular scale. Rothfischer’s innovations have not only earned him recognition as a pioneer in nanorobotics but also provided a foundational toolkit for applications in targeted drug delivery, biosensing, and molecular assembly. His work continues to inspire a new generation of researchers to build functional, controllable machines from the bottom up.