Interview in French

The language of DNA

Alvasar : I wonder what is the wave genetics, and how did you come to discover it.
Peter Gariaiev: Genetics is divided into two parts, the first would be the linguistic component, because the DNA molecule is speech, the word of the Creator, If you want. The second half would be the quantum part which includes quantum delocalization : Cells inside our body, are instantly exchanging biological information , without delay. The cells know everything instantly. This is a major achievement in the biology of multicellular organisms. Probably, mono-cell organism does not have this mechanism.
This separation is particularly significant. The linguistic part essentially concerns protein synthesis. Proteins are the basic metabolites, who assume roles of strategic and tactical regulation, and construction in the body. This is the linguistic or textual part. We spent a lot of time for this part.
The other part is the quantum part, which affects me less professionally because I am not a physicist but a geneticist. This key property of DNA, as part of a chromosome, to be a true laser, emitting coherent light in the visible range of 250 to 800 nanometers.

Loader Loading...
EAD Logo Taking too long?

Reload Reload document
| Open Open in new tab


But the chromosomes also emit polarized light, which characterizes the state of the photon spin. With my friend Gennady Shipov, great physicist, we have cooperated for 30 years, (he wrote a book on the theory of physical vacuum) and recently we produced a book together : "The quantum genome in the concept of physical vacuum". I will not pursue this issue here because it's not my area. I will say one thing : This quantum part is particularly essential because it assumes the immediacy of the exchange of genetic information in the body and outside of it. We can transmit information with or without the aid of amplifying equipment. Indeed telepathy has long been known. This is achieved thanks to the variable state of the spin of photons. Our DNA operates using photons. The other mode is acoustic, which modulates the intensity and polarization of the light signals.