Dr Peter Garyaev made an extraordinary discovery that proved genetic information can be transmitted and recoded via frequency. His groundbreaking research opened the door to remote healing using frequency healing, organ regeneration and significant lifespan extensions.
He pioneered a groundbreaking theory called Lingvistiko-Wave Genetics. After successfully defending his PhD thesis before the Higher International Attestation Commission and becoming an academician of RANS and RAMTN, he attained international renown.
DNA as a language
Gariaev used his extensive knowledge in physics, chemistry, biology and quantum computing to theorize that DNA is a language. He discovered that its four letters (Adenine, Guanine, Cytosine and Thymine) create sequences similar to words in languages. This ground-breaking research opened doors for revolutionary technologies in medicine, agriculture and computing as well as frequency recoding that allows DNA transmission and storage remotely for remote transmission and storage – leading to healing via frequency, organ regeneration and increased lifespan extension.
Recent advances have revolutionized how scientists view DNA. Scientists used to view it only as an incomprehensible string of instructions encoded onto chromosomes and proteins; although these instructions play an integral part in life processes, they do not explain how these instructions were organized in the first place. To uncover answers to this puzzle, researchers implemented a large language model trained against a reference human genome, combined with machine learning algorithms such as GROVER that extract biological meaning from DNA sequences.
Gariaev demonstrated through his experiments that DNA found in double helix molecules contains valuable information. Furthermore, the gaps between each turn of DNA helix contain water he believed carried informational signature frequencies that could be transferred from bacteria sample to homeopathic dilutions of water and then back again using PCR, providing further proof that its informational value lies within water molecules rather than DNA itself.
Dr Gariaev‘s theory, known as Linguistic Wave Genetics (LWG), proposes that DNA exists as a continuous holographic waveform that can be read off electromagnetic and acoustic frequencies similar to sounds and words.
His experiments have demonstrated that DNA can be transported over great distances using electromagnetic fields and has the power to restore tissues and organs, as evidenced by successful pancreas cell restoration using laser beam therapy. Furthermore, he studied quantum entanglement – the ability of DNA molecules to transfer information about its surroundings – a phenomenon called quantum entanglement.
DNA’s long-term memory makes it truly remarkable, enabling scientists to recreate DNA sequences over decades without losing information or losing understanding. Their discoveries have helped researchers better comprehend how the body operates while also creating new drugs to treat numerous illnesses.
DNA as a crystal
While DNA may appear to be just another string of bases, it actually holds the key to human life. From its grammatical similarity to language to its ability to mutate with frequencies and create electromagnetic and acoustic holograms, Dr Peter Gariaev coined this field “DNA Linguistics.” His research indicates that our genes speak an universal code based on fundamental laws of both physics and biology.
Dr Gariaev is an interdisciplinary biophysicist, molecular biologist, embryologist and linguist whose groundbreaking discoveries in genomic science include that our genome does not exist as linear nucleotides but rather is imprinted in intracellular water networks as electromagnetic and acoustic holograms. Furthermore, his methods for reprogramming DNA via soundwave frequency could open the way to revolutionary advances in medicine, agriculture, computing and computing as well as world changing technologies like non-surgical healing or organ regeneration and significant extensions in lifespan extension.
Gariaev has demonstrated through his research that DNA molecules can be used to form colloidal crystals that mimic natural structures and properties found within nature, and they can even be altered using laser light manipulation to store information that can be read and understood by a computer – providing a new form of memory storage.
Researchers conducted an experiment where they successfully assembled a crystal that resembled the shape of an apartment building and contained the entire human genome. Furthermore, they were able to pinpoint which DNA sequence caused its molecules to assemble in this structure – producing a prototype crystal for nanotechnology applications.
University of Southampton researchers created the tensegrity triangle DNA crystals using 13-mer DNA sequences with four-way junction motifs as starting material, using two complete tensegrity triangles in each unit cell for construction. Their tensegrity geometry enabled the crystals to absorb proteins selectively without disassembling like other DNA crystal structures would.
Discovering these DNA crystals was a major breakthrough in nanotechnology and marks an important step toward building a nanocomputer using information encoded within DNA to process data faster than any traditional microprocessor. Scientists are now working on the next stage in this project – programming genetic information into DNA using quantum computing techniques.
DNA as a translator
One of the fundamental capabilities of DNA lies in its capacity to transform genetic code into amino acid sequences and produce proteins – this process, known as translation, is essential to cell production and is thus necessary for life on Earth. Translating DNA into protein sequence requires two steps: transcription and translation. Transcription converts a DNA sequence into the template RNA for protein production, while translation uses this RNA as the building block to create amino acid chains which make up proteins. Consider a bookshelf filled with “how-to” books written in a foreign language: first the translator would translate them into his native tongue and then adapt their instructions into workable projects.
Gariaev discovered that DNA information is encoded as electromagnetic and acoustic holograms that appear when physical vacuum changes occur and field structures come into view, creating patterns of planes or grittings with DNA sample information contained within them. These holograms, also referred to as the DNA Phantom Effect, can be detected using a laser photon correlation spectrometer.
Dr Gariaev‘s discoveries have provided a fresh approach to understanding genetics and life itself. His ideas have been translated into wave genetics, used for healing diseases as well as transmitting quantum bioinformation from person to person.
Human genomes can be seen as holograms of information that can be read like movies and music files, enabling us to transcribe them into MP3 audio or video files which can then be played back onto their bodies to treat disease.
To perform cellular translation, an RNA gene must read a particular sequence of base pairs in DNA or chromosome and interpret that sequence as part of its genetic code, which provides instructions to create amino acid residues from DNA bases. Eukaryotic cells accomplish this step via transcription to RNA before subsequent translation into proteins in the cytoplasm.
DNA as a healer
Dr Peter Garyaev of Russia created the Linguistic Wave Genetics technique, which modifies DNA through specific sounds. He found that specific frequencies could reprogramme DNA and help heal the body; furthermore he discovered how DNA encodes information that can be read and understood like language; his discoveries have since been independently confirmed by other scientists; his work could potentially improve longevity and disease prevention for humanity as a whole.
Garyaev‘s experiments demonstrate that our genome is an elaborate biochemical quantum computer with both linguistic and holographic properties, capable of instantaneous data transmission over long distances as well as self-healing properties that could revolutionise how we treat diseases. His theory holds that DNA has instant transmission capability over vast distances as well as self-healing abilities – an incredible discovery which could change the way medicine treats disease altogether.
Garyaev conducted experiments involving lab rats that were exposed to a pancreatic toxin that caused diabetes. While control rats succumbed, those exposed to Garyaev‘s sound matrix survived and quickly regained pancreatic function within 10 days – evidence that DNA can be programmed to heal without physical contact being necessary.
Gariaev‘s research is founded on the theory that our DNA is more than simply linear sequences of nucleotides; rather, it exists as electromagnetic and acoustic holograms imprinted into intracellular water networks as electromagnetic and acoustic holograms that can be read at any frequency within its specific frequency range.
He has accomplished several significant scientific accomplishments, such as conducting an experiment where his device converted voice frequencies into electromagnetic signals that plants recognized, with successful results showing they responded and executed requests. Furthermore, he developed an innovative technique for helping wheat and barley seeds survive lethal radiation; his work was even shortlisted for the 2021 Nobel Prize!
Garyaev has made numerous notable discoveries through his research of DNA. His discoveries show that our genes are not simply biological code; rather, they’re an organic holographic system of bio-information and living language constantly transmitted and interpreted by the brain. According to him, we can harness this knowledge in order to design healing devices, non-surgical treatments for disease and significantly extend lifespans using this knowledge.
