PhD Students
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Ludovic Le Moullec
2024- Neuropsychological challenges to space adaptation. Victor Dehouck
2019-2023 Noise in the motor system: optimal movement variability, chaos, and fractals. Célia Rousseau
2012-2016 How is gravity integrated into motor planning: behavioural and fMRI approaches Postdoctoral Fellow at the Biomedical Research Imaging Center. |
Marie Barbiero
2018-2022 Improving operational performance in altered gravity. She will address this question using parabolic flights, robotics, stochastic resonance and fractal analysis. Denis Barbusse
2021-2025 Adaptation to gravity: a model of cognition-action interaction. Postdoctoral Fellow at the Albert Einstein College of Medicine (NY, USA). |
Msc Students
Too many more...
Sorya Abdeslam (Msc 1 Psychology)
The well known two-thirds power law that relates velocity and trajectory curvature describes many 2d drawing movements. However, it has only been tested for pure unaltered kinematic movements, mostly planar. Here, we test how this law behaves when gravity changes. We also go beyond a mere descriptive approach and apply non linear and fractal analysis in the hope to link these findings with notions of motor complexity and predictability.
Allan Maintenant (Msc 1 Psychology)
How does initial information affects performance in reaching?
Benjamin Duvaut (Msc 2 Sports Sciences)
Are there correlations between the basic control of prehension and functional dexterity tests?
Aymeric Courtay (Msc 1 Sports Sciences)
What is the influence of proprioceptive acuity on different parameters underlying dexterous manipulation? Insights from grip-load force testing in young and elderly.
Sarah Amoura (Msc 1 Sports Sciences) and Julie Ferreira (Msc 1 Psychology)
Lever up the transfer from motor adaptation to space representation.
Sorya Abdeslam (Msc 1 Psychology)
The well known two-thirds power law that relates velocity and trajectory curvature describes many 2d drawing movements. However, it has only been tested for pure unaltered kinematic movements, mostly planar. Here, we test how this law behaves when gravity changes. We also go beyond a mere descriptive approach and apply non linear and fractal analysis in the hope to link these findings with notions of motor complexity and predictability.
Allan Maintenant (Msc 1 Psychology)
How does initial information affects performance in reaching?
Benjamin Duvaut (Msc 2 Sports Sciences)
Are there correlations between the basic control of prehension and functional dexterity tests?
Aymeric Courtay (Msc 1 Sports Sciences)
What is the influence of proprioceptive acuity on different parameters underlying dexterous manipulation? Insights from grip-load force testing in young and elderly.
Sarah Amoura (Msc 1 Sports Sciences) and Julie Ferreira (Msc 1 Psychology)
Lever up the transfer from motor adaptation to space representation.
