Lennard W. Wiesner

Papers

Total Citations

294

H-Index

About

Lennard W. Wiesner is a leading researcher at the intersection of soft robotics and advanced materials, with a primary focus on developing novel actuators and sensors for bio-inspired machines. His most impactful work centers on digital light processing (DLP) of liquid crystal elastomers (LCEs), where he demonstrated how 3D-printed LCEs can function as self-sensing artificial muscles—a breakthrough that enables soft robots to both move and monitor their own deformation. This highly cited paper (256 citations) showcased applications like reversible grasping, untethered crawling, and weightlifting, establishing a new paradigm for integrated actuation and sensing in soft robotics. Wiesner also made significant contributions to photomechanical materials, co-developing a simple synthesis method for elastomeric photomechanical switches that can self-heal—a key advancement for durable, light-driven soft actuators. His work has been recognized with a front-cover feature in *Advanced Materials Technologies*, underscoring its novelty and potential. By combining materials chemistry with robotic functionality, Wiesner’s research paves the way for more autonomous, resilient, and intelligent soft robotic systems.