N. Levashov's «SvetL Broom» in A. Khatybov's «Bath School» Book 3. The Cell and Health

Book 3. The Cell and Health. Chapter 1. The Cell – interaction in harmony 56 So, the photon which penetrates a cell through its membrane raises on the crest of its wave those atoms and molecules which dimensions are commensurable with the length of this wave . THESE ARE INORGANIC MOLECULES, ATOMS AND IONS . Moreover, a photon of each color [different wavelength ( λ ), frequency ( f )] has its own "set" of molecules and atoms commensurable with the wavelength. Thus, the front of the photon wave changes the level of dimensionality at the point of its passing , while at a distance of λ/4 from the top of the wave the dimensionality of the cell micro-space remains the same as it was before the arrival of the photon wave. At a distance of λ/2 from the top of the wave, the dimensionality of the microspace, respectively, decreases by the magnitude of the amplitude of this wave . In other words, a photon, when moving in a light-sensitive cell, creates a certain difference in the levels of dimensionality that allows molecules, atoms and ions, which dimensions are commensurable with the wavelength, to create new chemical compounds . In this case, the photon is absorbed . As a result of this process, ions additional to the normal state appear in the light- sensitive cell . The number of additional ions and their qualitative composition depend on the wavelength of λ photon light absorbed by the light-sensitive cell. After that, the intrinsic level of the dimensionality of this cell returns to its initial state. Here, for a time of the "disturbed" state, the cell does not absorb other photons, that is why the light-sensitive retina is unable to "see" the twenty-fifth shot... Thus, the color signal is converted into the ionic code, which begins its journey to the visual zones of the Brain. The ions redistribution (the ionic code) in the light-sensitive cells through the contact zones