For a moment consider that vision is an vibratory overwrite of information on a standing reference frequency of 100 hertz. The vibratory overwrite would be related to 98 degrees and the particular vibratory frequency of the signaling molecule. These frequencies would interact with each other so that holographic interference, associational reciprocal inhibition, or correlational opponent processing (http://turn.to/ai) would occur. The information would then be relayed to the visual cortex for analysis. Two reference frequencies the input 100 hertz and the oppositional or an first wave opponent 50 hertz signal would reduce the power of the input resulting in a fuzzy fractal or neutralizing processing system such that at certain positions only the encoded visual information would be left and stored as an opponent memory. This would be a global/local information processing system. This would be very similar to oscillons at http://super.phys.northwestern.edu/~pbu/ . High activity areas would be the local expression of the stimulus and the low activity areas would be the successful habituation of the stimulus. This would be similar to "Heanue, J.F., Bashaw, M.C., & Hesselink, L. (1994, August 5). Volume Holographic Storage and Retrieval of Digital Data. Science vol. 265 p749(4)." research on laser holographic storage and retrieval of information. A key feature to this idea is that habituation to a constant stimulus must result in an opponent reaction when removed. Color is not color but a particular correlated relationship projected to a particular area of the brain. Using this model it becomes possible to generate this relationship in an individual who is color blind. For example using a subjective color machine which generates blue for normals under standard florescent lighting, color blind people report seeing a color that they have never seen before. One student blue/yellow color blind due to a car accident reported amazement at seeing blue again for the first time in eight years. Ron Blue http://turn.to/ai
