Dr Peter Gariaev passed away recently. His research helped pave the way for Linguistic Wave Genetics (altering DNA with sounds).
His work involved collaboration between biophysicists, molecular biologists, embryologists and even linguists. He demonstrated how DNA functions both as particle and wave basis; also, its genetic code contains grammatical syntax for controlling protein translation by language.
He has a PhD in Biophysics
Dr Peter Gariaev, a member of both the Russian Academy of Sciences and American Academy of Arts and Science in New York, knew his approach to studying DNA would require more than simply sequencing nucleotides and codons. To do so effectively he assembled an interdisciplinary team composed of Biophysicists, Molecular Biologists, Embryologists as well as Linguistic experts – eventually discovering that so-called ‘junk DNA’ which has long been overlooked and disregarded by western mainstream science is essential in understanding how cells function!
His experiments have demonstrated that DNA acts like a crystal that receives information in the form of weak coherent laser light (biophotons). This information travels throughout our bodies creating dynamic holographic matrix records of our genetic blueprint. Gariaev group proposes that DNA-wave functions as biocomputer and has discovered genetic texts similar to natural context-dependent text found in human languages.
He has also discovered the intimate link between water and DNA; the gap between turns of its double helix is so narrow that even one molecule of water can fit between its turns – this was confirmed by Luc Montagnier when using homeopathic dilutions of bacteria to transfer their signature frequency into pure water; later using this information to reconstruct DNA by PCR.
One of his experiments involved giving rats a pancreatic toxin that caused diabetes; control rats died within six days while those exposed to healthy pancreas DNA survived and experienced functional pancreases again.
Dr Gariaev has demonstrated that information contained within DNA can be altered using frequency in sound and words to reprogram its information. To demonstrate this effect, he conducted experiments by shining low-power laser light through Salamander embryos in one container while simultaneously exposing frog embryos from two other containers to this energy, with only those exposed later developing into adult Salamanders while those in one remained undeveloped – leading to Linguistic Wave Genetics being created as an attempt at altering genetic material through sound rather than chemically alteration.
He is a Biophysicist
Biophysics is a field that merges math and physics to understand living things. This interdisciplinary field specializes in molecular biology research as well as designing new medical technologies. Bachelor-degree holders in this area may work in academic research settings, technology companies or defend intellectual property law or develop policy in several different sectors.
Biophysicists engage in many fascinating experiments involving DNA. Their primary goal is to understand how the human genome operates and discover new drugs or create more precise diagnostic tools. Furthermore, these experts contribute to nanotechnology and biomaterial development which are vital to shaping the future of our world.
Biophysics stands out from other sciences by being highly interdisciplinary. It combines biology and chemistry study; many biophysicists hold appointments at medical schools allowing them to collaborate with doctors and patients on understanding disease mechanisms as well as developing ways to prevent or treat illness.
Biophysicists utilize various techniques to explore biological systems, including X-ray crystallography and NMR spectroscopy. Computer models may also be employed to analyze data and form hypotheses about them. A biophysicist may conduct laboratory experiments to test his or her theories.
Biophysicists play an essential role in creating cutting-edge technologies such as medical imaging devices, DNA chips and tissue engineered constructs capable of growing organs for transplant. Furthermore, they have helped create methods to eradicate disease, end global hunger and produce renewable energy sources.
Gariaev proposed that DNA contains information encoded as electromagnetic and sound holograms that serve as records of life on our planet, providing evidence for quantum wavelike characteristics of our universe. He believes these holograms represent records of history.
Dr. Gariaev‘s experiments have demonstrated how DNA information can be harnessed to heal unhealthy organs and cells, prompting his peers to attack him; but they shouldn’t stop him from continuing his work, which has helped people suffering from stroke, IBS, life-changing injuries as well as many others conditions.
He is a Linguist
Linguists study language and its structures. This includes both human speech and written documents; although linguists don’t necessarily specialize in studying multiple languages (or being polyglots themselves).
Linguistics has strong intellectual connections with multiple disciplines, such as philosophy, literature, language pedagogy, psychology, sociology and biology. Furthermore, mathematics, computer science and natural sciences also play a part in its study. Some linguists specialize in language theory while others work within translation companies or computer technologies.
One of the greatest strengths of linguistics lies in its capacity to help us better comprehend our world. By studying how different cultures and languages communicate, linguistics offers us insight into human thought processes. Linguistics is used across industries ranging from business and medicine to law.
Peter Gariaev, a Russian scientist and leading pioneer in linguistic wave genetics research. He has published in many renowned academic journals such as Journal of Non-Locality and Remote Mental Interactions and International Journal of Computing Anticipatory Systems; furthermore presenting his findings at various conferences worldwide.
Gariaev believes the current genetic code model is flawed, and has developed his own theory, known as the “Linguistic Wave Genome”. According to this approach, DNA acts like a holographic continuum that can be reprogrammed using frequencies – potentially leading to biosystem creation as well as life-changing technologies like remote healing and cell regeneration.
Gariaev contends in his book that the current model of DNA is inadequate and out-dated, neglecting important quantum optical and wave linguistic principles fundamental to understanding its function. According to him, this new theory could revolutionize medical treatments while opening up unanticipated possibilities such as telepathic communication and healing; furthermore it would allow advanced genetic engineering technologies. Genetic manipulation must always be approached carefully – there may be serious risks involved.
He is a Scientist
Dr Peter Gariaev was a Russian scientist who pioneered Wave Genetics by discovering the Phantom DNA Effect and founding its discipline. His groundbreaking research was acknowledged and celebrated by scientists worldwide – so much so that even after his passing in November 2020 his legacy remains.
His discovery led him to conclude that mainstream science’s dismissal of DNA junk as useless information actually contains valuable health advice similar to how our language enacts grammar rules. With his team of biophysicists, molecular biologists, embryologists and linguists at his side he conducted numerous experiments that demonstrated non-coding parts of the genome are programmed according to language grammatical rules; frequencies can also be used as words and frequencies can be changed using frequency manipulation.
Dr Luc Montagnier made an important discovery: DNA’s double helix structure is intimately tied to water. To replicate Gariaev‘s experiments, Dr Montagnier used homeopathic dilutions of bacteria that transmitted their signature frequencies directly into pure water, then used this liquid as the medium to recreate its DNA sequences.
Experiments have revealed that reprogramming non-coding parts of DNA with frequencies found in healthy organs can enable unhealthy ones to heal and regenerate more quickly, marking an extreme departure from our current genetic code model that selects amino acids codon by codon. Holographic biocomputing may offer far-reaching, life-changing technologies including distant non-invasive healing, organ regeneration and significant lifespan extensions.
