Post-docs & researchers / Octobre 2025

We seek to hire a highly motivated postdoctoral scientist to investigate the dynamics and role of glycine, D-serine and zinc - three key endogenous modulators of NMDA receptors - in brain function and synaptic plasticity.

The agent will be required to conduct experiments to understand dopaminergic modulations in the cerebellar cortex and write a scientific article.

This postdoctoral position will involve:
- continuing to monitor scientific research (in ergonomics and psychology) on the issues below and existing industrial experiences;
- leading a collective reflection involving various Michelin stakeholders to identify and anticipate the nature of future technical systems and components of the ultra-flexible factory;
- measuring the challenges relating to operator values using standardized questionnaires. These measurements will be taken before and after the presentation of the scenarios for the future factory.

How do the brains of social beings make sense of their societies? As part of the European ERC project NEURO-SOCIETY, the Neurophysiology of Social Cognition Lab is seeking an outstanding postdoctoral researcher. The postdoctoral researcher (renewable term) will develop new approaches to study how different sensory modalities (vision, audition, olfaction) give rise to the same social concepts, combining neuroimaging and neurophysiology. These approaches will constitute a first step toward understanding the neuronal mechanisms underlying the creation of social concepts in primates.

We are looking for a postdoctoral candidate (M/F) to study the neural bases of speech perception in infants. This position is part of the project entitled “Neural Codes of Speech Perception and Learning in the First Year of Life”, funded by the Fondation Pour l'Audition and led by Claire Kabdebon.

We are looking for a motivated post-doctoral researcher to work with us on an ANR-funded project (FLOW-sens) aimed at better understanding the role of thalamo-cortical brain oscillations in perception with a comparative, cross-species (animal ? human) component.

This position offers an opportunity to investigate the mechanisms driving brain aging and cognitive decline, using a combination of in vivo and in vitro approaches.