PhD

Thèse en neurosciences à Aix-Marseille Université sur les séquelles neurométaboliques du paludisme cérébral expérimental. Deadline : 27 avril 2026.

Thèse à Aix-Marseille sur les interactions gène-environnement dans les troubles neurodéveloppementaux impliquant les circuits GABAergiques et du sommeil. Deadline : 27 avril 2026.

Thèse à Aix-Marseille Université sur les jumeaux numériques du cerveau pour optimiser la stimulation à interférence temporelle dans les maladies neurologiques. Deadline : 27 avril 2026.

PhD project investigating astrocyte-synapse interactions using multimodal cryogenic microscopy. Focus on structural and functional plasticity.

We are looking for a highly motivated student with background in brain anatomy and neurometabolism, an interest in imaging, and hands-on experience with animal use in scientific procedures.

The candidate will work on a project co-funded by the Agence Nationale de la Recherche (ANR) and Austrian Science Fund (FWF). The project examines the role of the cerebellum in speech processing, a research question that is rapidly gaining in importance.

We are seeking a talented and motivated PhD student to join a FNRS funded research project investigating the neuroendocrine control of memory, with a focus on kisspeptin?GnRH circuits in the adult and aging mouse brain. The successful candidate will join the dynamic scientific community of the GIGA Institute and will have access to state-of-the-art technological platforms, advanced training opportunities, and a highly collaborative research environment.

The Cortical Plasticity Lab at Neurocentre Magendie has four open PhD positions in fundamental/preclinical neuroscience.

This PhD aims to understand how the human brain processes real-world auditory scenes (environmental sounds, multi-source mixtures) and identify the mechanisms enabling their analysis and interpretation.

We are seeking a PhD student candidate for the PatCorg ERC Synergy project, which aims to investigate how specific morphogens regulate the formation of signaling centers and the emergence of distinct CR cell lineages in human brain organoids.

This is an interdisciplinary project that combines microscopy technique, image analysis et Drosophila (neuro)biology. It would benefit from joint training and supervision in the NCB (PI Tihana Jovanic) and the DBC-EPI teams (PI JB Masson)

The candidate will combine computational modelling (Perrinet lab, INT) and experimental neuroscience (Rancz lab,
INMED) to link theory and physiology.