Wavefront Granularity Theory

Wavefront Granularity Theory suggests that the brain processes visual information in discrete, small segments called "wavefronts," rather than handling the entire scene all at once. These wavefronts are like individual patches that move across the visual field, allowing the brain to analyze complex images efficiently. The theory proposes that the visual system's granularity—its ability to break down and interpret details at this small scale—is fundamental to how we perceive motion, depth, and detail. In essence, it explains how our brain manages complex visual data by processing it in manageable, structured units.