Papers
5
Total Citations
155
H-Index
3
About
Johann Herault is a leading researcher at the intersection of biomechanics, robotics, and neuroscience, whose work focuses on how animals and robots achieve robust locomotion in complex environments. His primary research areas include undulatory swimming, neuromechanical control, and bio-inspired robotics, with a particular emphasis on the role of sensory feedback and central pattern generators (CPGs) in movement. Herault's most influential contribution is his 2021 study on "Emergence of robust self-organized undulatory swimming based on local hydrodynamic force sensing," which has garnered 143 citations and demonstrates how local pressure feedback enables stable swimming without centralized control. This work has profound implications for understanding spinal cord function and designing resilient autonomous underwater vehicles. His 2025 paper on neuromechanical adjustments in dissipative media further extends these principles to environments like sand or mucus, while his 2020 study on snakes standing on water reveals novel stability mechanisms at fluid interfaces. Herault has also developed a serial snake-like robot capable of quasi-static motion on water surfaces, showcasing practical applications of his theoretical findings. His recent 2024 work on symmetry breaking and gait transitions in anguilliform robots highlights how hydrodynamic feedback induces behavioral changes, offering new insights into the fundamental physics of locomotion. Through these contributions, Herault has established himself as a key figure in understanding how biological systems inspire robust robotic locomotion.
Research Focus
Key Achievements
Top Papers
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- 3Standing on the Water: Stability Mechanisms of Snakes on Free Surface3 citations · 2020
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