Silvia Daun
Papers
1
Total Citations
88
H-Index
1
About
Silvia Daun is a leading computational neuroscientist whose research bridges the gap between neural circuit dynamics and animal behavior, with a particular focus on insect locomotion. Her work is distinguished by its comparative approach, most notably through her landmark 2015 study on the stick insect and cockroach models, which has garnered 88 citations and remains a cornerstone in the field. Daun’s major contributions lie in developing mathematical and computational frameworks to understand how central pattern generators and sensory feedback coordinate rhythmic movements, such as walking. By integrating experimental data with biophysical models, she has revealed fundamental principles of motor control, including how neural networks adapt to perturbations and environmental changes. Her impact is reflected in her highly cited body of work, which has influenced both neuroethology and robotics. Daun’s achievements include pioneering the use of the stick insect as a model system for studying locomotion, and her interdisciplinary approach has inspired new directions in understanding neural computation. For students and researchers, her work offers a compelling example of how theory and experiment can converge to decode the neural basis of movement.
Research Focus
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Top Papers
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