
Researchers delve into the complex process by which the visual system of nonhuman primates constructs a dynamic 3D world from 2D retinal images. This comprehensive review explores the distinct channels within the dorsal and ventral pathways responsible for processing 3D features like object shape, orientation, and motion. Despite their shared objective of 3D reconstruction, these channels exhibit unique neurocomputational differences, influencing perception differently. The study highlights the little-explored area V3A as a potential hub for diverse 3D processing channels and speculates its role in human 3D spatial reasoning development.
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