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Dive into a groundbreaking study from the prestigious Osaka University, where researchers venture into the captivating world of visual perception and mental imagery. How does what we imagine influence what we actually see? Using advanced brain-computer interfaces and unique semantic space, they uncover the intricate dance between attention, imagery, and our neural representations. Plus, discover the promising implications of their research for individuals with paralysis and ALS. Join us as we illuminate the unseen pathways of the mind's eye!
Keyword List: Visual Perception, Mental Imagery, Osaka University, Brain-Computer Interfaces (rBCI), Neural Representations, Semantic Space Attention vs. Imagery, Electroencephalograms, Paralysis and ALS, Communication Devices for ALS, Closed-loop Systems, Top-down Neural Modulation https://doi.org/10.1038/s42003-022-03137-x
By Catarina CunhaDive into a groundbreaking study from the prestigious Osaka University, where researchers venture into the captivating world of visual perception and mental imagery. How does what we imagine influence what we actually see? Using advanced brain-computer interfaces and unique semantic space, they uncover the intricate dance between attention, imagery, and our neural representations. Plus, discover the promising implications of their research for individuals with paralysis and ALS. Join us as we illuminate the unseen pathways of the mind's eye!
Keyword List: Visual Perception, Mental Imagery, Osaka University, Brain-Computer Interfaces (rBCI), Neural Representations, Semantic Space Attention vs. Imagery, Electroencephalograms, Paralysis and ALS, Communication Devices for ALS, Closed-loop Systems, Top-down Neural Modulation https://doi.org/10.1038/s42003-022-03137-x