While mainstream science primarily studies only five percent of our genome, Gariaev‘s team takes an expansive view. They have demonstrated that our DNA can be unlocked and read.
As well as this, they discovered that genetic sequences resemble language strongly, opening up the possibility of genetic linguistics. Furthermore, their experiments have demonstrated how DNA can be reprogrammed by modulating carrier waves with soundwaves.
What is Dr. Peter Gariaev?
Gariaev‘s contributions have gone mostly unrecognized by mainstream science. His Linguistic Wave Genetics technique allows people to alter their DNA through specific sounds, thus helping prevent disease and improve quality of life.
Gariaev describes DNA as much more than an antenna in this video; he states that DNA can receive, code, emit and store information within what he refers to as its “wave genetic field” of the cell.
He has demonstrated how seemingly useless “junk DNA” found in double helix molecules actually contains valuable information, and can even be programmed using frequency waves to alter their functionality and transform their functionality. These discoveries could revolutionize medicine and health; helping treat numerous diseases ranging from cancer to depression as well as increasing lifespans.
Dr. Gariaev’s work
Gariaev has combined quantum physics and biology research into an innovative new scientific paradigm known as Wave Genetics. This paradigm challenges the belief that our genes work only at biochemical level; instead it suggests electromagnetic waves communicate across vast distances for instantaneous transmission – this revolutionizing idea could have profound ramifications on health and well-being.
Gariaev‘s DNA experiments at the Institute of Physics/Techniques Problems Academy of Science USSR demonstrated that when light was shone into a cuvette filled with DNA, its return reflected back in an orderly pattern which persisted even after removal from its container; an effect known as the “DNA Phantom Effect”. According to his group’s hypothesis, these electromagnetic and acoustic holograms recorded within its double helix structure as electromagnetic or acoustic holograms; which may allow manipulations used in changing biological reality of cells or organisms.
Gariaev group scientists made one of the most remarkable discoveries ever seen: DNA codon sequences are composed of words which follow similar grammatical rules to spoken language, providing them with an opportunity to modulate laser light or radio wave carrier frequencies and add semantics (meaning) into DNA programming. Furthermore, they demonstrated that non-coding portions of our genome referred to by conventional scientists as junk DNA do not simply represent waste products of evolution.
Another significant discovery was that an acoustic hologram of DNA can be recorded using special instruments designed to record sound frequencies like supermarket checkout scanners. Once recorded, these frequencies are then translated back into DNA through polymerase chain reaction for exact copying of its original sequence. This groundbreaking discovery opened the way for further studies such as Gariaev Group’s work demonstrating it is possible to transfer information directly into DNA via electromagnetic vibrations and spoken words.
Gariaev Group conducted experiments where DNA data were successfully transferred from pancreas cells damaged by experimental drugs to regenerate them, leading to their regeneration. More recently, this technique has been extended to other tissues and organs; potentially having major implications for future health and wellness; however there remain many questions that remain unanswered.
Dr. Gariaev’s discoveries
Gariaev and his team of biophysicists, molecular biologists, embryologists and linguists discovered that DNA functions both on particle level and wave level. He discovered that seemingly useless junk DNA contained abundant information, laying the groundwork for genetic linguistics and suggesting our genes may speak a universal language. Dr Gariaev and his team also used specific sounds or words to modulate laser light or radio waves using laser light modulation techniques in order to reprogram DNA codon sequences, healing it and restoring health in living cells and organisms by speaking it aloud using spoken language recoding living organisms’s codon sequences thus healing them and restoring health through spoken language recoding or healing and recoding its DNA and thus healing it and restoring health through spoken language therapy and healing living organisms and cells alike.
Gariaev‘s research shows that our DNA acts like a quantum biocomputer. This means it stores electromagnetic and acoustic data in our intracellular water networks as holographic fingerprints for our cells to read. He has demonstrated that DNA can be reprogrammed using voice frequencies similar to its coding sequences to potentially help treat diseases such as cancer, AIDS, Alzheimer’s etc.
When DNA is exposed to coherent laser light, its photons become attracted to it and begin encircling it; this phenomenon is referred to as the DNA Phantom and can continue existing up to 30 days after physical DNA removal from a sample. Furthermore, the DNA Phantom can alter the shape of physical vacuum spaces, creating torsion fields.
Dr. Gariaev performed one of his most fascinating experiments when he used a low power laser beam to flash through a developing salamander embryo and into an early-stage frog embryo, finding that its DNA had completely been reconfigured with instructions to build into a salamander, even though they were physically separated by walls and containers.
This experiment provided conclusive proof of a new form of matter composed purely of energy instead of particles, with information transmitted instantaneously over great distances via quantum coherence field systems such as quantum holography. This revolutionary discovery revolutionized how scientists view DNA.
Dr. Gariaev’s research
Gariaev‘s team discovered an amazing finding during their 1985 DNA experiment: when light shone through a double helix of DNA and back out again, an orderly pattern emerged which persisted after DNA had been extracted from the sample. This finding suggested that DNA could hold electromagnetic and acoustic holograms which allowed it to transmit information via wave-like radiations.
Since then, Gariaev‘s research has expanded into an all-encompassing approach to studying DNA. He brought together a multidisciplinary team of biophysicists, molecular biologists, embryologists, linguists and others to investigate DNA through an integrative approach which allows them to uncover all its potential. They discovered astonishing properties within DNA that can be used for many applications ranging from solving crimes and diagnosing medical conditions, genetically modifying crops or even for genetic engineering projects.
Gariaev‘s team also examined the language-like structure of DNA, discovering that sequences of codons follow similar rules as spoken languages. This discovery has laid the groundwork for “genetic linguistics”, suggesting that our genes communicate much like how we do when speaking out loud.
Gariaev‘s team examined the quantum properties of DNA and discovered that its coded instructions are stored non-locally, meaning genetic data can be instantly accessed and transmitted over great distances – this phenomenon known as quantum entanglement allows particles to exist simultaneously in two places at once.
Gariaev‘s team made an important breakthrough in this research when they developed a laser-based DNA reading method capable of reading DNA holograms created when irradiating samples with red, infrared, and ultraviolet light. The technique produced replica images either of either the DNA sample itself or of five red lamps used to irradiate it with light; additionally it created white phantom variants of this image.
Gariaev team also discovered that DNA’s helix-shaped structure causes light to bend around itself, similar to when placed within a magnetic field and changed into its original shape. Furthermore, they discovered an intriguing correlation between Information Field and Bioenergetic Field of cells.
