Peter Gariaev pioneered an incredible new concept called Wave Genetics to show how DNA stores and transmits information in similar ways as language or waves, which he could then manipulate using coherent laser light or spoken words to reprogram DNA molecules. His experiments proved this theory correct.
He successfully restored damaged pancreases in rats, and his research demonstrates how DNA can be transmitted across long distances – opening up possibilities for non-invasive healing solutions.
Linguistic Wave Genetics
Dr Gariaev and his team of biophysicists, molecular biologists, embryologists and linguists have discovered that DNA is more than simply genetic code – it also acts as a wave. Our intracellular water networks store electromagnetic and acoustic information which is then read with laser technology holograms imprinted upon DNA itself as holograms; DNA can even be programmed via voice frequencies using quantum biocomputers! Furthermore, Gariaev pioneered “information medicine”, showing our chromosomes can be modified in ways to cure diseases or extend our lifespans significantly
Genetic Linguistics, or the study of genetic code as language, was opened up with the discovery that certain genes possess language-like structures. This research suggests that our genomes constitute living texts which can be read and interpreted using frequency modulated signals such as human speech; some words even have carrier frequencies which directly alter DNA molecules reprogramming genetic code and even reversing mutations!
Gariaev and his team conducted remarkable experiments that revealed DNA codon sequences can be altered using coherent laser light or radio waves modulated with semantics – meaning words. This scientific breakthrough challenges the current genetic code model by showing translational machinery can utilize quasi-intellect and amino acid selection is contextual rather than codon by codon mechanical selection.
Linguistic Wave Genetics (LWG) explores genetic systems as Quantum Biocomputers with conscious components, using Holography, Laser technologies and Quantum Non-locality principles for its operation. This pioneering research is opening doors for healing, disease prevention and longetivity extension.
LWG holds great promise to revolutionize modern medical practice and broaden our understanding of who we are as biological beings. However, many techniques used for genetically modified organisms (GMOs) often neglect to take into account DNA’s complex wave and linguistic properties and may lead to unintended adverse side effects; we therefore require a deeper and more comprehensive knowledge of DNA for biotechnology to become safer and more effective technologies.
Biophotons
Dr Alexander Gurwitsch observed in the 1920s that onions emitted electromagnetic radiation that promoted plant growth, prompting him to propose that biophotons existed as universal electromagnetic emission from living organisms – now commonly referred to as biophotons – that may play an essential role in cell-cell communication and biological regulation processes.
Recent years have witnessed several groups studying biophotonic emission from different living systems and its various effects on human health. Researchers have noticed that those participating in heart-centered meditation experience increased photon emissions of up to 100,000 times normal, which correlates with their positive emotional states.
At times of stress, living systems emit more biophotons than usual; these photons are then absorbed by bystander cells where they activate mitochondria and modulate oxidative phosphorylation of their own mitochondria – creating intercellular communication via biophotons known as Resonant Interaction Between Irradiated and Bystander Cells (RIBE).
Studies have also revealed that biophoton intensity increases with cell divisions in a sample and exposure time to electromagnetic fields. Furthermore, biophotons are highly sensitive indicators of cell state; thus serving as an easy noninvasive way of detecting any cell damage or dysfunction.
Biophotons released by samples can be detected using specialized equipment, and especially when illuminated by low-level laser illumination that causes delayed luminescence of cells. Researchers have also discovered that samples exposed to certain environmental conditions can induce delayed luminescence without laser illumination, suggesting biophotons may originate outside cells as an intercellular communication tool – and could open up new possibilities in genetics, medicine and holistic healthcare practices.
Quantum Non-Locality
Quantum non-locality, a seemingly paranormal phenomenon which allows information to be transmitted instantaneously over great distances, has revolutionized how we understand space and time and its implications for technology such as quantum computing and cryptography. Non-locality lies at the core of many mysteries currently being tackled by physicists like unravelling black hole mysteries or understanding where our Universe began.
For much of the 20th century, quantum entanglement was the sole non-locality studied by physicists. Einstein famously described this synchronicity between particles as “spooky action at a distance.” But gradually they came to realize other phenomena in quantum world are just as mysterious and non-local; for instance measurements on different parts of quantum systems can correlate in ways which defy classical local realistic descriptions; violators of Bell inequalities by spatially separated quantum systems provide evidence.
Measurements on entangled particles allow us to assess their outcomes without needing to know anything about other parts of the system, providing evidence of nonlocality that we cannot fully grasp. It has become apparent that something fundamental must be at work here that we simply don’t comprehend yet.
Quantum mechanics is plagued with contradiction, as its non-locality runs counter to relativity’s theory that time and space are relative – that all events happen simultaneously everywhere – creating an insurmountable impasse that must be resolved as soon as possible. This poses a major hurdle that must be cleared away before moving forward with research on quantum physics.
People have proposed solutions to this dilemma, including the many-worlds interpretation of quantum mechanics. This theory proposes that each possible outcome of measurements exists as its own distinct physical universe and that when one measurement occurs it creates another version of reality in which all possible outcomes also occur simultaneously. Entanglement may explain this nonlocality but no action-at-a-distance is proposed here.
The DNA Phantom
Gariaev, commonly referred to as the “father of Wave Genetics,” made groundbreaking discoveries that upend traditional genetics while opening up exciting opportunities in health and healing. His groundbreaking research showed that DNA can maintain wave/field type memory that allows it to be affected by sound, light and consciousness – opening up holistic approaches to medicine that could revolutionize non-surgical healing techniques, organ regeneration therapies and significantly increase lifespans.
Gariaev‘s experiments using a laser photon correlation spectrometer (LPCS) revealed that physical DNA attracted and altered light in a vacuum chamber despite it being random, giving rise to what he termed the DNA Phantom Effect. He attributes this phenomenon to the long-lived slow-damping fluctuations produced when physical DNA is isolated in vacuum. This field can be measured through measuring autocorrelation functions of scattered laser light.
Phantom DNA fields possess an interesting property of coupling to conventional electromagnetic fields of laser radiation, making them easily detectable and identifiable while also serving as scientific experiments. Their EMF coupling constant can be estimated from reflecting light intensity alone.
Phantom fields can also be seen in other biological systems, including bacteria and archaea genomes. When an invading bacteriophage genome enters its host cell via infection, its DNA molecules are replicated exactly like before by that cell and become exact copies of their original source genome.
Another fascinating discovery was that dsDNA viruses can act as vectors for horizontal gene transfer between species by using their phantom elements to navigate to target cells – further evidence that phantom elements exist not just in human DNA but are widespread throughout nature.
Gariaev and his group’s studies on non-coding regions, commonly referred to as junk DNA, demonstrated that non-coding DNA doesn’t represent waste from evolution but actually serves a biochemical language. Furthermore, they were even able to encode signature frequencies of bacteria strains into homeopathic dilutions of water that created exact replicas of their DNA when mixed with more information from these strains.
