Has Vision been Universally Modeled in a Way that Predicts Damage from Improper Use, or Rapid and Safe Repair to a Normal, Dynamic, Feedback Protected State, by Patented and Trademarked Naturoptic Vision Improvement Methods?

ORAL

Abstract

Mc Leod predicts that in visual tasks with pupil diameter changes, a longer, quasimonochromatic wavelength interval is coincident with foveal cones, and rods. A shorter, partially overlapped interval separately aligns with extrafoveal cones. Wavelengths follow the Airy disk radius formula. Extended visual tasks of a type requiring shorter wavelengths, pair extrinsic eye muscles in inappropriate states, one in extension, the other in contraction, exceeding ``Hooke's law'' settings. Hysterisis prevents feedback-driven, self repair. The universal model for vision predicts myopia, hyperopia and presbyopia. Niemi can test and evaluate that model: repair needs triggering and facilitating demands of the possibly overridden feedback signals.

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Authors

  • Everett Kysor

    Professor of Physics, Mathematics, and Astronomy, Department of Critical Studies, Room T514, Massachusetts College of Art, Rumford, ME, Bastyr University, Pembroke Pines, FL, Camaragibe, PE, Brazil, Franklin Pierce College, Department of Physics and Astronomy, Wheaton College, Norton, MA 02677

  • Roger McLeod

    University of Massachusetts, Lowell, University of Massachusetts, Lowel, Pawtucket Lodge, Merrimack Watershed Indian Council, MA, NH