Laurens de Haan
Papers
2
Total Citations
94
H-Index
2
About
Laurens de Haan is a leading researcher in the field of responsive materials, with a particular focus on light-driven molecular motors and liquid-crystal networks. His work sits at the exciting intersection of supramolecular chemistry and soft robotics, where he explores how molecular-scale motion can be translated into macroscopic, functional movement. De Haan’s major contribution lies in demonstrating that photo-responsive molecular motors, when integrated into liquid-crystal networks, can generate sophisticated, controllable motion—most notably, helical and twisting behaviors that mimic biological motility. This breakthrough, detailed in his highly cited 2021 paper (83 citations), represents a significant step toward the development of future actuators and soft robotic systems. By harnessing light as a clean, remote energy source, his research offers a pathway to creating artificial muscles and dynamic surfaces that can change shape on command. With over 94 total citations for his most influential work, de Haan is recognized for bridging fundamental molecular design with practical, macroscopic effects, inspiring new directions in adaptive materials and bio-inspired engineering.
Research Focus
Key Achievements
Top Papers
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