Mathijs Raemaekers

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About

Mathijs Raemaekers is a leading researcher in cognitive neuroscience, with a primary focus on brain-computer interfaces (BCIs) and the neural mechanisms of visuospatial attention. His most influential work, "Real-time decoding of the direction of covert visuospatial attention" (2012, 35 citations), demonstrated that brain activity can be decoded in real time to translate a person's covert attention—where they look without moving their eyes—into actionable commands. This breakthrough has profound implications for assistive technology, offering a non-muscular pathway for individuals with severe motor impairments to control devices like cursors or communicate. Raemaekers’ contributions lie in bridging fundamental attention research with practical BCI applications, showing how neural signals can be harnessed to create a direct mind-environment link. His work has been cited extensively in both neuroscience and engineering fields, underscoring its interdisciplinary impact. By advancing real-time decoding methods, Raemaekers has paved the way for more intuitive and responsive BCIs, making him a key figure in the quest to restore agency for those with paralysis or locked-in syndrome.