Patrik Andersson

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Total Citations

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About

Patrik Andersson’s research lies at the intersection of cognitive neuroscience and brain-computer interfaces (BCIs), with a particular focus on decoding covert visuospatial attention. His most influential work demonstrates how brain activity—measured via real-time fMRI—can be translated into commands that allow users to navigate telepresence robots or control cursors without any muscular movement. In his 2012 study on real-time decoding of covert attention, Andersson showed that the direction of a person’s mental focus could be reliably classified from neural signals, achieving 35 citations and laying groundwork for non-motor communication systems. A companion paper extended this principle to robotic navigation, earning 31 citations and highlighting the potential for severely paralyzed individuals to regain environmental control. Andersson’s contributions are notable for bridging high-resolution neuroimaging with practical BCI applications, offering a pathway for assistive technology that bypasses the muscular system entirely. His work continues to influence researchers developing communication aids for locked-in patients and others with profound motor impairments.