Wave genetics experiments holographic method controlling biosystems
This experiment demonstrates the effect of different modes of coherent radiation of circularly polarized light. Where different angles of change in circularly polarized light can slow down or accelerate the growth of a plant, in this case it is an onion.
Let’s summarize: “With the help of a coherent, circularly polarized radiation, after calculating the biological material of the donor and creating holograms of the image – its possible impact on the biological structure recipient.” This effect is expressed, from the point of view of physics, as replacement-overwriting of an existing reference holographic matrix the recipient’s genome onto the donor’s model holographic matrix. WITH from the point of view of biology and genetics – the above mentioned, modulated, volumetric electromagnetic signal (circularly polarized radiation) awakens dormant genes of the recipient, as a result of which growth factors are activated, triggering stem cell division with their further development and destruction of the old one that packs them microenvironment in the body of biological structure.
This is what happens regeneration – restoration of the recipient’s body.
From the above it follows that this, drug-free, method restores the entire body in full (signal electromagnetic wave has an integrated effect on the entire body as a whole), that is, all lost functions are restored – regeneration, rejuvenation of the whole body.
Circular polarization of light is a property of light in which the electric field oscillates in a circular path, creating either a right-handed or left-handed spiral (polarization). The effect of circular polarization of light on cell development is an interesting and actively researched area of biophotonics and biomedicine.
And we also remember that everything that can rotate can theoretically generate torsion fields and affect organisms in terms of torsion interactions.
Photobiological effects:
DNA and chiral molecules: DNA molecules and many biologically active molecules (such as amino acids) have a chiral structure, that is, they exist in two forms that are mirror images of each other (levorotatory and dextrorotatory isomers). Light with different circular polarization can interact with these molecules differently, causing different biological effects. This can affect processes such as DNA replication, transcription, and translation.
Photodynamic Therapy: Circularly polarized light is used in photodynamic therapy to treat cancer. Research shows that different polarizations can activate photosensitizers, which are used to kill cancer cells, in different ways.
Cell Signaling and Proliferation:
Cell Receptors: Cell membranes contain receptors that can be sensitive to different polarizations of light. For example, research shows that circularly polarized light can activate or inhibit certain signaling pathways in cells, affecting their growth and differentiation.
Tissue Regeneration: Some studies have shown that circular polarization can speed up tissue healing and regeneration processes. For example, light with a certain polarization can stimulate the production of growth factors or other regenerative molecules.
Effects on the Structure and Function of Biomolecules:
Optical Activity of Biomolecules: Many biomolecules have optical activity, meaning they can absorb or reflect light with a certain polarization. This can affect their structural and functional properties. For example, proteins exposed to circularly polarized light can change their conformation, which in turn affects their function.
Effects on microorganisms:
Thus, different right and left circular polarization of light can affect cells and their development through a variety of mechanisms, including interactions with chiral biomolecules, activation or suppression of cellular receptors and signaling pathways, and through effects on microorganisms. These effects can be used in various biomedical applications, such as therapy, tissue regeneration, and sterilization.