Human Holographic Visual System

The book begins with a discussion on light waves which act as messengers bring in visual information about the scenery and objects of the immediate surrounding outside environment. The interactions of visible light with objects in the outside environment produce characteristics of visible light waves that are specific to the scenery and objects. The eyes capture the visible light waves with the characteristics of light waves that are specific to the scenery and objects of the immediate surrounding outside environment. The eyes convert outside visible light waves into spatially coherent light waves which the retinas break down into component wavelengths: fully coherent red, fully coherent green, fully coherent blue, and fully coherent neutral color. With the light waves fully coherent, photoreceptors capture the fully coherent light waves of individual colors and collectively transmit them as snapshots of interference patterns to the lateral geniculate nuclei. With coordination an synchronization of varied elements, the lateral geniculate nuclei manipulate the incoming flow of snapshots of interference patterns to produce moiré fringe projection images within the interference patterns. The moiré fringe projection images within the incoming flow of snapshots of interference patterns translate into three-dimensional visual imagery that is active and dynamic and capable of representing any and all three-dimensional actions and movements that occur in any immediate surrounding outside environments. At this point, the incoming flow of snapshots of interference patterns, still in the monochromatic stage, are transmitted to the primary visual cortex. The primary visual cortex coordinates and synchronizes all the incoming flow of snapshots of the monochromatic interference patterns and combines them in the layers of the honeycomb-shaped matrix of cortical columns. The primary visual cortex combines in the layers of cortical columns all the incoming flow of snapshots of the interference patterns produced by both object the light source and the reference light source. The process reconstructs the original visual imagery captured from the immediate surrounding outside environment and produces the stereoscopic moving images, forms, shapes, objects, and scene in vivid true color and in real-time that we are accustomed to every day.