Macula of retina ‐ spherical calotte with its focus. Right image on the retina. Applications: Biophotonics Laser Holographic Theory of Vision. Apparatus for the study of human vision

Abstract

AbstractPurpose The paper presents the results of theoretical multidisciplinary studies, whose purpose was to study the biophysical mechanism of vision, but taking in account macula’s form as spherical callote and its own focus, the structure and functioning of the human eye as a biphocal laser system (cornea and macula focus) with holographic elements, to establish the holographic biophotonic mechanism of vision according to the Biological Lasers Theory, to verify the hypothesis using the bionic method.Methods For experimental method we built two optical devices, which to be in line with the latest anatomical data of the eye, al 5:1 and 10:1 scale, according to laser holographic biophotonic model of the human eye: optic monocular apparatus or bionic eye‐ compact model and scaffold type, which are models of bifocal laser system with intermediate holographic system.Results The results and discussions of studies offer great surprises. The image at macula pole may be directly observed, as a right position, colored, dynamic, much diminished and it may be transmitted from one pole to the other, but has a sense daytime and an inverted sense nighttime, as dreams images. The two optic apparatus confirm the laser holographic biophotonic mechanism of human vision.Conclusion The conclusions of the theoretical and bionic method studies are that Vision Photographic Theory is moral and technical outdated. The Vision Holographic Biophotonic Theory VHBT is modern and according to the principles of lasers, holography, liquid crystals, the nonlinear optics, electronics, biophotonic and human eye physiology. Commercial interest