Baptiste Darbois Texier

Universidad de Santiago de Chile, Centre National de la Recherche Scientifique

Papers

Total Citations

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About

Baptiste Darbois Texier is a researcher whose work bridges the physics of granular media and soft robotics, with a focus on bio-inspired locomotion and tactile sensing. His major contributions include elucidating the mechanisms of helical locomotion in granular materials, such as sand or snow, where he demonstrated that a rotating helix generates propulsive motion through a combination of shape asymmetry and anisotropic friction. This work, published in 2017 and cited 36 times, provides fundamental insights for designing robots that can move through challenging terrains. In a related 2017 study (21 citations), he explored low-resistive vibratory penetration in granular media, revealing strategies used by animals and machines to dig efficiently into non-cohesive materials. More recently, Texier has ventured into soft robotics, co-designing a contact fingertip sensor using soft 3D printing techniques (2022, 3 citations). This sensor aims to enhance tactile feedback in soft robots for applications in rescue operations and human-robot interactions. His research is notable for combining theoretical modeling with practical engineering, offering pathways for more adaptable and resilient robotic systems.