Morten Willatzen

University of Southern Denmark, Chinese Academy of Sciences

Papers

Total Citations

117

H-Index

About

Morten Willatzen is a pioneering researcher at the intersection of robotics, materials science, and intelligent systems. His work primarily focuses on the manipulation of flexible and deformable objects—a notoriously difficult challenge in robotics due to the unpredictable shape changes these materials undergo. His most influential contribution, "An Adaptable Robot Vision System Performing Manipulation Actions With Flexible Objects" (2014, 70 citations), introduced a groundbreaking system capable of executing complex tasks like Peg-in-Hole and Laying-Down actions with non-rigid materials, moving beyond traditional path-planning limitations. Willatzen further advanced the field with "Simultaneous Estimation of Material Properties and Pose for Deformable Objects from Depth and Color Images" (2012, 20 citations), enabling robots to simultaneously infer an object’s physical properties and spatial orientation—a critical step toward truly autonomous manipulation. In a striking interdisciplinary leap, his recent work "Transistor-like triboiontronics with record-high charge density for self-powered sensors and neurologic analogs" (2024, 25 citations) explores bio-inspired iontronics, achieving record charge densities for next-generation self-powered sensors and neural interfaces. This work, bridging soft robotics with neuromorphic computing, underscores Willatzen’s ability to translate fundamental physics into transformative engineering. With over 117 total citations, his research continues to shape how machines perceive and interact with a deformable world.