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Integration of spinal sensorimotor information in the cerebellar cortex during locomotion – SpinoCereLoco
Our unique approach allows us to break the cycle of the motor command to sensory stimulation into individual components and observe the individual impact of each component on the cerebellum. This will allow us to test the hypothesis that the cerebellar cortex of mammals adapts to cancel the effect of any sensory stimulus that consistently accompanies a motor command and provide an understanding of those mechanisms.
Integrative Molecular and Cellular Biology
Cellular Biology (IMCBio) graduate school (EUR). In 2021, the IMCBio graduate school was incorporated into [...] the two-steps PhD selection scheme organized in 2021-2022 and had to return to the process instated earlier
Integrative and multidisciplinary tools for the study of infectious diseases from the wild to the lab
EquipEx+ governing bodies have been set up end of 2021 and a project manager (Isabelle Weiss) recruited
Integrative study of cogNitive abilities on Social InTeractionS in Drosophila melanogaster – INSIghTS
The aim of the integrative and multi-level INSIghTS project, is to investigate the mechanisms underlying winner/loser effects, by identifying molecular mechanisms and their underlying circuitry, while in parallel exploring the impacts on future social interactions in Drosophila melanogaster.
Intelligent Estimation Algorithms for Smart Mobility – ArtISMo
The development of controllers with high performance and reliability for connected and autonomous vehicles (CAVs) will require real-time measurements or estimates of many variables on each vehicle. Examples of variables that are needed for feedback include: longitudinal distances, velocities and accelerations of other nearby vehicles; lateral position of the vehicle in its own lane; vehicle yaw angle; slip angle; yaw rate; steering angle; lateral acceleration; and roll angle.
Intensity interferometry at Calern – I2C
After the pioneering studies in the 1960s-70s, intensity interferometry has given way to amplitude interferometry, which has a better sensitivity, but at the cost of a much greater complexity. The I2C project aims at demonstrating the new potential of intensity interferometry using modern photon detection and manipulation and digital signal processing technologies.
Interactions and transfers at fluids and solids interfaces
financées pour une durée totale de 72 mois. En 2021, le volet formation du Labex s’est significativement
Interactions between large structures, gravity waves and micro-turbulence – LASWATEX
In 2021, the Nobel Committee for Physics reminded that, in a context of global warming, the modern u
Interdependent Dynamics of EArthquake-prone fault Systems – IDEAS
Interdependent Dynamics of EArthquake-prone fault Systems
Interdisciplinary and multi-tracer scientific exploitation of the GEOTRACES GEOVIDE cruise results, through modelling and observations – GEOMOBS
properties (excluding TEIs) every two years from 2002 to 2021, with varying intensities of the Atlantic Meridional [...] the minimum and maximum MOC states over the 2002–2021 period, we aim to assess the representativeness
