Peter Petrovich Garyaev was born in Perm. After graduating high school, he entered the Faculty of Biology at Perm State University and in his third year was asked to move to Moscow State University’s Department of Biology, working there for three years before moving back home again.
Garyaev made history when, in 1994, he published “Volnovoi Genetiki”. This work pioneered an alternative path in genetics.
What is Wave Genetics?
Wave genetics is an emerging theory about how our DNA communicates with cells. According to this theory, DNA operates at a quantum level using waves to transmit information – an approach significantly different than traditional models which rely on discrete particles as sources for communication between genes and cells.
This theory draws heavily upon research conducted by two Russian scientists, A. G. Gurwitsch and A. A. Lubishchev. Their theory postulated in the 1920s and 30s that our DNA uses waves and fields to transmit information; additionally it relies on holographic reality theory which states that our universe is three dimensional hyperspace rather than flat plane.
Contrary to current genetic theory, which states that our genes act like instructions that dictate physical and mental characteristics, wave genetics holds that our genetic information contains an information blueprint of our cellular communication system.
Genes can serve as an interpretive guide that help us gain a better understanding of how our bodies operate and what is necessary to keep functioning optimally.
Scientific communities continue to debate this theory, yet evidence supports its veracity. Our DNA does indeed operate like waves; and chromosomes can communicate using spiniruusih photons polarized photons for information transmission and reception. Researchers who developed this theory believe this discovery could lead to greater insight into our genetic code, helping cure many diseases while improving overall quality of life for humanity.
What is the Wave Genetic Code?
Peter Gariaev introduces in Wave Genetics an alternative approach to comprehending living organisms. Instead of viewing them as biochemical molecules, he suggests they could be wave-like fields containing information. This theory could provide answers for some of life’s mysteries that traditional biology cannot, such as clairvoyance, intuition, spontaneous and remote acts of healing, self healing techniques, affirmations techniques, unusual light-auras around people (particularly spiritual masters), the mind’s influence over weather patterns and more.
His theory holds that chromosomes have an electromagnetic wave equivalent, making them susceptible to external stimuli like words or frequencies, as well as any changes in their underlying frequency, which in turn alters what protein they code for.
Kaznacheev and others from the Institute of Cosmic Anthropoecology in Novosibirsk, Russia provided proof that this theory holds water. Experiments conducted included comparing two tissue cultures, with one culture exposed to harmful biological or chemical agents such as viruses or poisons and another being unaffected. A laser or spectrometer measured how each impacting substance caused DNA molecules to scatter light differently depending on vibration modes of impacting light – similar to how sound waves can be altered by mechanical objects – measuring how DNA molecules reacted upon being exposed to harmful agents or effects like sound waves can.
Why is the Wave Genetic Code Important?
Gariaev‘s theory of wave genetics holds important implications for both our health and future generations. His concept suggests that our bodies use natural coding mechanisms to transmit information about their structure and function – by understanding these processes we can develop better methods to diagnose and treat diseases as well as enhance quality of life.
Since 1984, Gariaev has been researching new areas of genetic coding and developing his theory of linguistic-wave genomes. He has published many scientific articles with major physicists as well as four monographs detailing his work; additionally he has founded several companies which employ his research for practical applications.
In 1996, he was honored with being appointed both professor and academician of both the Academy of Natural Sciences and Medical/Technical Sciences in Russia. Furthermore, he conducted various experiments to demonstrate the efficacy of his wave genetics theory.
His research has demonstrated that DNA can be coded using simple rules. This discovery allows scientists to examine the underlying structure of the genome and predict its behavior; additionally, this shows how genetic information can be translated into signals used to control biological functions; this represents an impressive leap forward for genetic engineering that could eventually lead to revolutionary new therapies for many diseases.
What is the Wave Genetic Code’s Limitations?
The wave genetic code continues to spark criticism, since it contradicts our current concepts of genes and chromosomes, suggesting that DNA may not be the sole carrier of information about life’s pathways.
Even amid these criticisms, evidence exists to support the Wave Genetic Code. Scientists have used dynamic light scattering to measure DNA vibrations. This technique reveals a distinct vibrational signature for DNA molecules as opposed to other substances.
Many scientists have also embraced the theory of wave genetic code. For instance, Garyaev published in 1994 his book entitled Volnovoi genom (Wave genome), detailing his theory as well as proposing several experiments that support it.
Garyaev‘s work is significant as it offers a new perspective on genetic code. He shows that genetic information does not come in the form of letters that represent chemical instructions but instead exists as an abstract wave-form that contains all necessary knowledge for creating life.
Garyaev has also conducted extensive research in other fields of physics. He studied electronics and cybernetics, which provided him with an in-depth knowledge of electromagnetic radiation. Furthermore, Garyaev worked to develop a medical wave information system designed to aid healing patients.
What is the Wave Genetic Code’s Potential?
Gariaev‘s theory of the Wave Genetic Code holds immense promise to revolutionize genomics. His theory proposes that DNA may not be as straightforward as previously believed and that what we currently possess represents only part of an inexhaustibly larger matrix of genetic information. His discovery may eventually lead to quantum mechanical DNA-wave biocomputers capable of storing and processing large amounts of information.
Gariaev has also devised an innovative method of calculating the probability that certain genetic mutations will arise in a population. His technique uses probabilities associated with different genotypes to ascertain how likely any given one will be transmitted from one generation to the next. Such genetic prediction could assist researchers in designing therapies and medications based on genetic causes of disease.
Gariaev P.P. Volnovoi Genenom. M.: Publishing Total Benefit 1994 and Garyaev P.P. Linguistic-Wave Genome. Teoria i praktika of Institute Kvantovoi Genetiki 2009. Kiev [3] Tsvetkov V, Ivanov V & Shvalyva N “Dual Photon Non Vozbuzhdaemaia Liuminestsentsiia in Genetic Structures”, [Tekhnologii Medytsevykh 1996], Vol 21 No 6,pp207214 and (in Russian). [3] Tsvekov V: D “Tsvetorika”. [T]. [Tsvevovoi Genetiki]. Kiev [4] Garyaev V P”]. Garyaev P. P.
What is the Wave Genetic Code’s Future?
The Wave Genetic Code is an intriguing new theory with great potential to revolutionize our understanding of genetic code. But as with any new idea, there can be difficulties. One issue is that its validity or usefulness remain unclear due to no existing data source supporting its foundation.
Additionally, Wave Genetic Code theory relies on new types of genetic information which may make it harder for scientists to decipher. But the team behind it are working hard to overcome any hurdles they encounter and are confident they will eventually translate this data into something usable by researchers to gain a fuller understanding of genome.
Gariaev‘s work has also been published in Russian scientific journals, including the highly esteemed Soviet Scientific Review. This is an integral step in spreading his theories to a larger audience.
Researchers believe their work could improve medical treatments and more accurately diagnose diseases. But more research needs to be conducted into how the Wave Genetic Code operates in practice and its limitations; if successful, improving this model could prove crucial in fighting cancer and other illnesses and lead to lifesaving technologies being created in response.
