---
title: "Peter Gariaev and the Wave Genetic Code"
url: https://alsuprun.com/blog/garyaev/peter-gariaev-and-the-wave-genetic-code/
author: "Editorial"
date: 2026-09-17T10:04:51+00:00
categories: ["garyaev"]
tags: []
---

# Peter Gariaev and the Wave Genetic Code

A Russian scientist named [Peter Gariaev](https://alsuprun.com/) had developed a new theory that has the potential to revolutionize genomics. His theory, known as the Wave Genetic Code, uses electromagnetic generators that can translate human speech into signals perceived by plants and instruct them what to do. It also has the potential to help heal patients.

 

## The Wave Genetic Code

 Scientific Russian research confirms that the human genetic code contains a speech-like text that is shaped by natural context dependent wave-like patterns. These recur in the genome as a dynamical multiplex time-space holographic continuum that acts as a measurement and calibration field for constructing biosystems. It also suggests that the DNA molecule is a registry of these dynamical wave copies or matrixes succeeding one another and that its chromosome apparatus serves both as a transmitter and receiver of the holographic signal. The new knowledge explains clairvoyance, intuition, spontaneous and remote acts of healing, affirmation techniques, light-auras around people (namely spiritual masters), the influence of mind on weather patterns and much more.

 

## Plants Talk to Humans

 The idea that plants talk to us, or that they can communicate with one another, is controversial. But scientific research continues to yield more and more evidence that plants are much more complex than we once thought.

 [![Rejuvenate your whole body & balance your health without medications - now remotely!](https://alsuprun.com/blog/wp-content/uploads/BioresonanceTopAd.png)](https://www.bioresonance.rent) For instance, Laura Beloff, a Finnish artist who works with plant life, once heard a clicking noise coming from the plant next to her desk. When a visitor came into her room, the clicking stopped—and only resumed when the person left.

 Researchers have also found that acoustic vibrations can affect the basic chemical processes happening in a plant’s cells. So maybe there’s some truth to the old gardener’s advice: Talk to your plants!

 Beloff gives talks, lectures, and workshops at design institutes, universities, and master’s programs about how to consult the intelligence of nature to find innovative solutions. She is currently working on a project to build an acoustic instrument that can hear and decode plant utterances.

 [![](https://alsuprun.com/blog/wp-content/uploads/ForeverYoungYouWannaBe.png)](https://alsuprun.com/services.html#Contact) 

## The Power of Sound

 Sound power, or acoustic power, is the rate at which sound energy is emitted, reflected, transmitted, or received per unit time. It is not to be confused with sound pressure, which refers to the force of sound acting perpendicular to a surface and is a function of distance.

 Tatiana Berman’s 75 minute narrative music experience combines violin and spoken word to take audiences on a journey into the profound influence that sound has on the human nervous system, emotional life, mental health and spiritual well being.

 

## The Power of Biological Quantum Computers

 Quantum computing (QC) is a computer paradigm that uses quantum mechanical phenomena rather than bits to represent information. While it is not yet at the scale of conventional computers, there are exciting prospects for its use in biological applications. The promise of QC is that it can solve problems that would take classical computers exponentially longer to solve.

 This is an area of significant research, and some experts believe it could revolutionize genomic analysis and other areas in biology that are currently limited by computational resources.

 The key challenge is converting biological data into a format that can be processed by quantum computers. This includes preparing, storing, and manipulating quantum states that are difficult to create with current technology.

 In a landmark experiment, scientists with the Wellcome Sanger Institute encoded the genome of the hepatitis D virus (HDV) into a form that a quantum computer can process. This is an important step toward applying quantum computing to human genetics, which will accelerate decoding of the genome and enable more powerful searches for disease-causing mutations.

 [![](https://alsuprun.com/blog/wp-content/uploads/RadionicMerch.png)](https://alsuprun.com/merch.html) As more human genomes join the pangenome, the amount of variation that must be represented, compared, and searched for is rapidly growing out of the reach of conventional computing systems. Scientists hope that QC will help them keep pace with the combinatorial growth in genome data.

 Researchers are also hoping to use QC to simulate chemical reactions, which will be easier than ever because of the ability to represent more qubits at once. This is a promising application for QC because many biochemical reactions involve the formation of excited electron states in molecules. These electronic states can be efficiently modeled using transformations on the vast state space afforded by quantum computers.

 However, despite its promise, the future of quantum computing is uncertain. A recent report by the National Academies threw cold water on the hype that has been fueling speculation about its imminent arrival. The reality is that QC will require significant investments and extensive engineering work to address the challenges of error correction, mitigating noise, and scaling. In addition, a quantum computer will need to be very large to provide the computational power required for biological applications. The good news is that there are several viable approaches for reducing the size and cost of quantum hardware, including incorporating superconductors.

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