'The Human Holographic Visual System' uses a new theoretical framework based on holographic processes and principles to provide interpretations, perspectives, and discussions about how the different sub-systems and components of the human visual system function. While it is common for communication with the brain to happen with electrical nerve impulses, the visual system communicates by using light waves. Light waves capture all the visual imagery and information about the body's immediate surroundings that the eyes can manipulate by converting the waves into interference patterns, which is a process that occurs almost instantaneously. Then, the newly converted interference patterns carry all visual information and introduce it to the brain. There, the primary visual cortex converts the interference patterns into three-dimensional visual imagery that is active, dynamic, and capable of representing any object with its possible actions and movement that occur in real time. The process of the human visual system reconstructs the original visual imagery from the body's surroundings and produces the stereoscopic moving images, forms, shapes, objects, and scenes in vivid, true color that we are accustomed to everyday. Robert Reyes is a non-traditional independent researcher with an unconventional approach. He has a strong passion for the study of human perception and has been devoted to researching the subject for over forty years along with systems and systems thinking. Currently, Robert is retired from his career in human resources and organizational development, where he specialized in the management and creation of self-managed teams. Additionally, he has extensive experience with the concepts, principles, and processes related to social-technical systems and lean enterprises/manufacturing.
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