Tobias Staudigl

Prof. Dr. Tobias Staudigl serves as a Professor in the Department of Psychology at Ludwig Maximilian University of Munich (LMU), where he leads the Cognitive Neuropsychology research group. He holds dual affiliations as a full member of the Graduate School of Systemic Neurosciences (GSN) and a regular member of the Munich Center for Neurosciences (MCN), focusing on neural mechanisms of human memory and navigation through electrophysiological approaches.

His research program investigates how brain oscillations support cognitive processes during sleep and wakefulness, with particular emphasis on thalamic function in spatial cognition and memory consolidation. The lab employs multimodal methodologies including invasive intracranial EEG in epilepsy patients and non-invasive techniques to study theta oscillations, memory encoding dynamics, and eye movement-brain activity interactions. Key experimental paradigms explore neural correlates of navigation, memory reactivation during slow-wave sleep, and thalamocortical contributions to attentional processes.

Analysis of Staudigl's publication record reveals consistent contributions to understanding electrophysiological signatures of memory across sleep-wake cycles, with increasing focus on thalamic involvement since 2016. His work bridges cognitive psychology with systems neuroscience through human intracranial recordings, demonstrating how specific brain rhythms organize memory processes in both medial temporal and thalamic structures.

Scientific recognition includes:

• ERC Starting Grant for human intracranial research on thalamic mechanisms

Staudigl directs an internationally competitive research program funded by prestigious European grants, with his ERC-funded project enabling rare access to human intracranial data. While the text does not enumerate specific advisees, his GSN and MCN affiliations indicate active supervision of graduate students in systemic neuroscience. Current work explores thalamocortical interactions during memory tasks with implications for neurological disorders affecting spatial cognition.

The Cognitive Neuropsychology laboratory operates within LMU's Department of Psychology, maintaining close collaborations with neurosurgical units for intracranial recordings and utilizing advanced EEG/MEG facilities for non-invasive studies. The team's technical expertise spans electrophysiological signal processing, spatial navigation paradigms, and multimodal neuroimaging integration to address fundamental questions about memory systems in the human brain.