Columnar Neural Mechanisms Underlying Vertically Asymmetric Global Visual Processing
Columnar Neural Mechanisms Underlying Vertically Asymmetric Global Visual Processing is a scholarly work, published in 2018 in ''Journal of Vision''. The main subjects of the publication include physics, retinotopy, artificial intelligence, psychology, visual processing, visual cortex, functional magnetic resonance imaging, neuroscience, binocular disparity, Gestalt psychology, asymmetry, visual field, computer science, and visual perception. The authors found that, in V2, V3 and V3A, near-preferring clusters (compared to far-preferring ones) responded more selectively to low SFs (< 0.5 cycle/degree), important for global visual processing.