I am a neuroscientist specializing in the study of brain dynamics using EEG data.
My work lies at the interface between methodology and neurophysiology.

From a methodological perspective, I am particularly interested in wearable EEG devices, as well as in the development of metrics to ensure signal quality and the reliability of neuromarker estimation.

From a neurophysiological perspective, I study neuromarkers reflecting brain activity and its variations, particularly those associated with plasticity processes such as learning and adaptation to constraints.

More specifically, my work aims to define a framework that ensures the validity and robustness of neuromarkers of brain dynamics, including under complex or degraded acquisition conditions. This framework is used to study the influence of acquisition conditions on brain activity and the stability of canonical signatures, particularly in ecological settings.

This work has particular applications in the field of cognitive and motor rehabilitation, where the goal is to better characterize the mechanisms underlying recovery and adaptation of the nervous system.