Astronaut Brains Microgravity Adaptation Failure | AcademicJobs
Explore how astronauts' brains fail to fully adapt to microgravity, over-gripping objects due to ingrained Earth priors, per UCLouvain study.
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Laurent Opsomer is a scientific collaborator at the Institute of Neuroscience (IoNS) of Université Catholique de Louvain, affiliated with the Systems & Cognitive Neuroscience (COSY) division. He holds a PhD in engineering sciences and technology from UCLouvain, awarded in 2021 following the defense of his thesis titled “Short- and long-term adaptation of grip dynamics and arm kinematics to novel gravito-inertial environments.” His earlier academic training includes a master’s degree as a civil mechanical engineer from the same institution. Opsomer’s research centers on sensorimotor coordination and adaptation in altered gravity conditions, including investigations into dexterous manipulation during rhythmic arm movements in Mars, Moon, and micro-gravity environments, as well as distinct adaptation patterns between grip dynamics and arm kinematics when the body is upside-down. He has contributed to studies on haptic illusions created by gravity and has co-authored work on a singular theory of sensorimotor coordination regarding targeted motions in space. Additional publications address upright posture as a singular condition stabilizing sensorimotor coordination and the effects of risks, consequences, and gravitational priors on sensorimotor coordination in weightlessness. Opsomer maintains affiliations with the Mathematical Engineering Department at UCLouvain and has been involved in teaching activities, including compensation roles in courses such as modelling of biological systems. He also holds a position at HE2B and brings experience in data science and project management to his academic work.
Explore how astronauts' brains fail to fully adapt to microgravity, over-gripping objects due to ingrained Earth priors, per UCLouvain study.