The Human Holographic Visual System

  The Human Holographic Visual System  uses a new theoretical framework to provide interpretations, perspectives, and discussions about how the different sub-systems and components of the human visual system actually function. The visual system uses light waves to communicate with the brain, not electrical nerve impulses. Light waves capture all visual imagery and information about the immediate surrounding outside environment. In turn, the eyes capture and manipulate the light waves by converting them into interference patterns at the speed of light and at the nanoscale.  The interference patterns bring in all visual imagery and information about the outside environment inside the visual system. The primary visual cortex converts the interference patterns into three-dimensional active visual imagery of the immediate surrounding outside environments.  This visual imagery when combined with the subjective component of perception creates a model of reality (of the outside environment) inside the brain that is:

• Interactive in real-time,
• With 3-D stereopsis images in true color, and
• Visual imagery with associated actions/motion.

For vision science, this book provides answers to:

• The correspondence problem,
• The inverse optics problem, and
• To many more problems