---
title: "Pyotr Petrovich Gariaev"
url: https://alsuprun.com/blog/wave-genetics/pyotr-petrovich-gariaev/
author: "Editorial"
date: 2026-10-03T10:52:14+00:00
categories: ["wave genetics"]
tags: []
---

# Pyotr Petrovich Gariaev

Pyotr Petrovich Gariaev is a Russian scientist, founder of the scientific theory of [wave genetics](https://alsuprun.com/). He is the author of several books on this subject. He is a senior researcher of one of the departments ICS RAS. He was born on February 1, 1942. His scientific work is devoted to the problem of healing people using a different model of genetic code.

 

## What is wave genetics?

 Pyotr Petrovich Gariaev (born February 1, 1942) is a Russian scientist, creator of the scientific theory of [wave genome](https://alsuprun.com/). He is the head of the company NP “Biology of the 21st century” and the founder of the International Centre for [wave genome](https://alsuprun.com/) in Luxembourg. He was a senior researcher in one of the departments of the ICS RAS, before moving to Canada.

 In modern linguistics, the wave model has helped to improve, but not replace, the tree model for language genealogy. The wave model also allows for the representation of linkages that cannot be represented by trees. The extended model of genetic coding is fundamentally different from the triplet code of protein synthesis.

 [![Rejuvenate your whole body & balance your health without medications - now remotely!](https://alsuprun.com/blog/wp-content/uploads/BioresonanceTopAd.png)](https://www.bioresonance.rent) 

## What is the wave model?

 Wave model is a mathematical model of the formation, propagation and decay of waves. It is used to calculate the spectral statistics of wind-generated waves such as their height, wavelength and frequency. It is also used to model the interaction of waves with morphodynamic processes such as erosion, bed shear stress and currents. Wave models are a key tool for modelling the complex dynamics of the ocean.

 Spectral wave models are often coupled to hydrodyanic flow and sediment transport models as they can provide important information on the generation, evolution, dispersal, interaction and decay of waves. They are also important tools for predicting coastal damage and flooding due to wave impact and overtopping.

 Teaching students about wave structure and function is a core element of many physical science curricula and supported by Next Generation Science Standards (NGSS) PS4. One of the most common strategies to support student understanding of the structure of waves involves developing graphic models of a wave and having students identify different aspects of its structure. These types of models can be very effective in helping students understand fundamental concepts such as amplitude, frequency, and wavelength.

 [![](https://alsuprun.com/blog/wp-content/uploads/ForeverYoungYouWannaBe.png)](https://alsuprun.com/services.html#Contact) Wave power is a form of renewable energy that seeks to capture the potential energy in waves. It is a form of tertiary energy that is generated from the sun (primary) and transferred unevenly to weather systems such as winds (secondary). It can then be captured by various devices including point absorbers, oscillating wave surge converters, and floating in-air converters.

 In the 1970s following the oil crisis there was renewed interest in the potential of waves to generate energy. This led to substantial research and development programs in several countries. This was assisted by the availability of public funding, particularly in the EU and UK. These programs have continued and accelerated in recent years, driven by the need to reduce dependence on fossil fuels for electrical generation. The research program is now dominated by a wide range of universities and companies. Despite the importance of converting waves to energy, there are many challenges, both technical and political, associated with this endeavor.

 

## What are the advantages of the wave model?

 For centuries, scientists debated whether light and sound were streams of particles or disturbances that travel as waves. The wave model won out as experiments revealed behaviours that particles alone could not explain, such as bending around corners and creating patterns of reinforcement and cancellation. Mastering the wave model equips you to make predictions and solve problems involving interference, diffraction, and standing waves.

 The key idea is that a wave’s total displacement equals the algebraic sum of its individual components. This principle is behind all interference patterns, including the famous double-slit experiment. You can use it to understand why the central bright fringes in the pattern appear as they do, and to predict what would happen if you changed the slit separation d or slit width b.

 You can also apply the wave model to explain how waves spread out when they pass through apertures or obstacles, and why they have fixed nodes (zero displacement) and antinodes (maximum displacement). And you can use the wave model to calculate how far a beam of light will spread when it hits an object at a certain angle .

 In fact, the wave model provides a powerful launching pad for more advanced ideas you may encounter in IB HL or at university, such as Bohmian mechanics, pilot-wave theories, and objective collapse models. For example, a recent article by Alyssa Ney (warning: possible paywall) advocates full wave function realism—a belief that the wave model is fully real, with particles interacting as if they were waves.

 [![](https://alsuprun.com/blog/wp-content/uploads/RadionicMerch.png)](https://alsuprun.com/merch.html) Whether you’re predicting the intensity of a guitar string’s vibration, analysing an X-ray crystallography pattern, or thinking about how a quantum particle can seem to move like a wave but also affect nearby objects as if they were particles, you’ll be using the wave model. And building rock-solid skills here prepares you to move fluently between diagrams, equations, and physical explanations when tackling any IB problem.

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