Fabrice Berna

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About

Fabrice Berna is a leading figure in the cognitive neuroscience of memory and consciousness, with a particular focus on the mechanisms underlying source monitoring and reality discrimination. His research integrates advanced neurostimulation techniques, such as transcranial magnetic stimulation (TMS), with neuroimaging to explore how the brain distinguishes internally generated thoughts from external perceptions—a process often disrupted in psychiatric conditions like schizophrenia. Berna’s major contributions include pioneering the use of 3D-mapping and automatic robotic placement for TMS, which dramatically improves the reliability and spatial precision of brain stimulation studies. His 2022 paper on this methodology, cited 8 times, demonstrates how such innovations reduce spurious correlations and enhance the reproducibility of causal brain-behavior mappings. Beyond this technical breakthrough, Berna has published extensively on memory distortion, confabulation, and the neural bases of belief formation, earning recognition for bridging basic cognitive science with clinical applications. His work has been instrumental in shaping how researchers design experiments to probe the neural substrates of conscious experience, making him a key resource for students and scholars interested in the intersection of memory, perception, and neurotechnology.