Dr Gariaev was an award-winning biophysicist, molecular biologist, and linguist. With his team he demonstrated that DNA operates both particle and wave level simultaneously and can be reprogrammed using frequencies as sounds or words to reprogram its programming.
He discovered that irradiating DNA samples caused physical vacuum changes and field structures to form, including holographic planes/grittings with genetic information encoded on them. Furthermore, his translation machinery must follow grammatical syntax rather than codon by codon mechanical selection of the current Genetic Code Model.
Quantum Consciousness of the Linguistic-Wave Genome
Gariaev and his team of biophysicists, molecular biologists, embryologists and linguists made an astounding discovery: our DNA does not simply consist of linear nucleotides but instead can be seen as an entire continuum imprinted within intracellular water networks as electromagnetic and acoustic holograms activated by specific sounds; their information can even be modified through changing frequencies; this discovery has enormous ramifications which could include non-surgical healing techniques, organ regeneration therapies and extend lifespan significantly
Gariaev and his team used correlation laser spectroscopy to capture this holographic DNA information, which they later utilized to create a genetic reprogramming device called Wave Genetics that can modify cell DNA in real time in vivo. Their discovery is thought to trigger self-healing and regeneration within the body despite traditional medicine deeming certain conditions incurable.
Key to this approach to cellular reprogramming is using the grammatical syntax found within DNA codon sequences as its code carrier, providing an inexhaustible supply of words/syntax that can be encoded fractal-like onto DNA’s carrier strands and represented fractally on its code carrier strands. This allows the genome to communicate its own language that can then be decoded by external languages like coherent laser light or even radio waves.
Gariaev Group successfully captured and utilized this linguistic information by modulating its frequency on DNA carrier waves, then adding this semantic data as part of living organism reprogramming processes. Their efforts enabled them to successfully regenerate many diseased cells subjected to various chemical and radiation therapies successfully regenerating diseased tissue back into health.
This approach to cell reprogramming and regeneration utilizes the Lagrangian density (L), a mathematical function which captures both kinetic and potential energy within fields, providing an essential link between quantum theory and abiogenesis.
The Sound Matrix
Dr Gariaev‘s revolutionary discovery that DNA operates at both physical and electromagnetic wavelengths/field levels with intrinsic biological coding/syntax that can be translated into electromagnetic holographic codes was revolutionary. His discovery gave rise to wave genomics as a new field of study that can detect and correct errors in DNA while counteracting ageing effects, etc. He recorded information from healthy rat pup pancreases over 20 km away and played back the recording to make these rats recover their pancreatic function, further supporting that genetic code can transmit through sound transmission.
Tonebenders podcast episode 188 features Dane Davis and Steph Flack, co-sound supervisors on The Matrix Resurrections film series. Our guests discuss how the challenge of creating sounds that fit within this established universe and techniques for making difficult dialogue work on screen are discussed.
Additionally, they delve into the work of Dr Peter Gariaev who invented a sound matrix capable of recording and transmitting DNA. He believed this technology could offer unique perspectives on living while setting the groundwork for linguistic genetics that would enable humans to evolve beyond our current limitations. Unfortunately he passed away before ever having an opportunity to fully develop his discoveries.
The DNA Phantom Effect
Dr Gariaev revolutionized quantum genetics, uncovering its implications for medicine and humanity. He discovered that DNA operates on both particle and wave levels and can be programmed with sound frequencies to alter its functionality. Furthermore, Dr Gariaev showed how non-coding regions commonly known as junk DNA do not represent leftover waste from evolution but follow specific rules to form biochemical language which humans can read and comprehend.
He and his team went on to discover that DNA’s holographic memory can be transferred directly into intracellular water networks as electromagnetic imprints or fingerprints that cells can readily read, eventually being encoded as coherent sign-polarized radio waves emitted by each cell itself. Dr Luc Montagnier furthered these discoveries by showing how bacteria’s signature frequencies could be transferred into homeopathic dilutions of water where they would continue producing an exact copy of original DNA even after physical destruction – an astounding discovery which proved that memory access could indeed exist on a quantum level!
Gariaev and his colleagues used a laser spectrometer to demonstrate that DNA contained within a quartz cuvette can leave behind an imprint or “phantom,” similar to how holograms work, when physically moved between locations. This effect can be detected using photon correlation spectroscopy; although any gaseous nitrogen used against it temporarily removes these marks or “phantoms,” they eventually return within one month as new DNA molecules replace existing ones.
Gariaev and his team then developed Wave Genetics, using a laser device to capture and reconstruct the holographic DNA information stored within cells. This information can then be used to stimulate natural self-healing mechanisms; many patients have reported experiencing complete healing using this approach – even those deemed incurable by traditional medicine!
Future technologies could potentially capture and transmit vibrations associated with any living cell to other living cells in an efficient manner, giving scientists greater insight into our genetic code’s incredible complexity.
The Genetic Potential of Plants
The genetic potential of a plant is defined by its total gene count, functional microorganism associations and ability to adapt to its environment. Genetic variation occurs through natural selection, mutations, gene flow, genetic drift and drift from natural populations; its ability to respond rapidly and adapt quickly under shifting environmental conditions enhances its genetic potential further. Crop species that utilize genetic variability as an advantage are especially notable as they respond quickly and rapidly when changing environmental conditions occur.
Genetic mutations are heritable changes to a plant’s DNA sequence that have immediate phenotypic impacts, usually as a response to stress. Mutations often take the form of insertions, deletions, copy number variations, gross chromosomal rearrangements or movement of mobile elements within its genome and represent one of the major sources of genetic diversity within crops – they serve as one source of variation and play an essential role in food production innovations like novel allele combinations being discovered and created.
New discoveries in genetics are unlocking revolutionary technologies, including remote healing, organ regeneration and prolonging lifespan significantly. Furthermore, these discoveries could open the way for quantum computing based on DNA’s wavelike nature storing and transmitting data indefinitely.
Scientists have discovered that microbes can transmit DNA-based information using weak laser radiation called biophotons – one of the main ways organisms communicate. Furthermore, biophotons can also be used to control and manipulate plant growth, helping them produce significantly more food while improving drought and stress resistance.
Researchers have recently discovered that expression of FTO (flaxseed toll-like receptor 4) genes can lead plants to produce 50 percent more grains while also improving drought tolerance, having an enormously significant effect on global food supplies, especially given rising population and climate change; plants may be enabled to produce food even under less than ideal environments. This discovery may have significant ramifications on global food security.