Nadja Schilling
Papers
2
Total Citations
96
H-Index
2
About
Nadja Schilling is a leading researcher in evolutionary biomechanics, whose work bridges biology and robotics to unravel the fundamental principles of terrestrial locomotion. Her research focuses on how musculoskeletal systems and body proportions contribute to stable, efficient movement across species, from salamanders to mammals. Schilling’s most influential work, “Where are we in understanding salamander locomotion: biological and robotic perspectives on kinematics” (2012, 69 citations), provides a landmark synthesis of biological and robotic approaches, establishing a framework for studying the neural and mechanical control of limb and body movements. She is also known for her provocative hypothesis on mechanical self-stabilization (2006, 27 citations), which proposes that the intrinsic properties of the musculoskeletal system—not just neural control—can enable dynamic stability during locomotion. This idea, inspired by passive-dynamic walkers, has reshaped how scientists think about the evolution of body proportions in terrestrial mammals. Through her interdisciplinary lens, Schilling has made lasting contributions to understanding how form and function co-evolve, offering critical insights for both comparative biology and the design of agile, stable legged robots.
Research Focus
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Top Papers
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