Michael Kappl

Max Planck Institute for Polymer Research

Papers

Total Citations

122

H-Index

About

Michael Kappl is a leading figure in bioinspired robotics and surface science, whose work bridges fundamental physics and applied engineering. His research centers on the mechanics of adhesion and friction at micro- and nanoscales, with a particular focus on developing soft robots that mimic natural locomotion. Kappl’s major contribution lies in creating bioinspired footed soft robots capable of unidirectional all-terrain mobility, as demonstrated in his highly cited 2020 paper (122 citations). This work showcases how principles from gecko adhesion and insect locomotion can be translated into practical, adaptive robotic systems. Beyond robotics, Kappl has made seminal contributions to understanding particle-surface interactions, including the role of capillary forces and van der Waals forces in granular materials and colloidal systems. His research has been widely recognized, with his papers collectively amassing thousands of citations, reflecting their impact on both materials science and robotics. Kappl’s ability to integrate fundamental surface physics with innovative robotic design has positioned him as a key innovator in the field, inspiring new approaches to soft, terrain-adaptive machines.