Holographic model of physiological optics-new direction for creation of information system

About Holographic (Interferometric) Approach to the Primary Visual Perception

“…However, unlike physiologists they tried to simulate possible "optical" schemes of hologram formation at the stage of primary visual perception [35][36][37][38][39]. We should in particular mention the works of [35,36], where nerve layers of the retina oup of regular diffractive grids following one another.…”

“…In [37,38], it was hypothesized that a dynamic hologram may appear on the retina as a result of double refraction of light on the nerve fibers in the area of the yellow spot, as in this area of the retina the fibers are almost parallel to each other. Moreover, in [38] the authors hypothesized that depending on accommodation the appearance eas of the retina in the vicinity of the yellow body, which in turn suggests the possibility of extracting information about the depth of field in monocular vision.…”

“…The model of the retina as a positive uniaxial crystal allows constructing dynamic holograms in what practically amounts t hite light, but in a very narrow field of vision; at the same time it is unclear what processes happen in the peripheral sections. In the models [37,39] a mistaken view that the diffractive image of an object is its Fourier angular spectrum is expressed. However, these models ignore some important factors:  The authors of the cited works did not consider the possible scattering of light in the layers of the retina, and in some works the inverted nature of the retina was ignored altogether.…”