Gariaeva’s theory of the Wave Genome is an innovative approach to genomics which utilizes principles such as coherent physical radiation, holography and the fractal representation of DNA to represent itself fractal-like. This revolutionary theory could potentially save lives.
Figure 2 depicts an antiparasitic organ removal device. It comprises of a donor kletku-donor 2, modulirovannyi kletkoi 4 with an oscillatory movement and an ohlasokochastotny pole 6 for attachment, and dark-field microscopistyi nakopitel’ 7 as its components.
He is a pioneer in the field of quantum genetics
Pjotr garyaev pioneered quantum genetics – an approach to studying DNA on an electromagnetic and linguistic level – by uncovering that genome acts as an electromagnetic holographic encoder capable of capturing and transmitting information at the DNA level via wave trains moving along its highly ordered geometric structure and imprinted into intracellular water networks as electromagnetic fingerprints which cells can read easily; additionally these imprints are encoded as coherent sign-polarized radio waves emitted by cells themselves.
Garyaev has demonstrated through experiments that genome can be reprogrammed using frequencies as sound and words, producing new organisms with healthier genes resistant to disease. This discovery could revolutionise medicine and could reduce organ transplantations needs while prolonging lives by eliminating fatal illnesses altogether. Unfortunately, his work is not without controversy, sparking debates regarding ethical concerns as well as potential clashes between innovative medical advancements and established industries.
Russian scientists A G Gurwitsch and V N Beklemishev proposed in the 20s and 30s that living organisms operate at both physical and electromagnetic wavelengths/field levels, transmitting genetic information through bio-information waves known as bio-info waves with their inherent biological coding/syntax which can be translated into electromagnetic holographic codes to form what they termed the wave genetics or lingvistic-wave genome.
Dr. Gariaev believes wave genomics is a revolutionary new field capable of identifying and correcting errors in genetic code as well as counteracting effects from ageing and environmental factors. His sound Matrix recorded information recorded from healthy rat pup pancreases has proven this. Rats that listened to it even over 20km away recovered their pancreatic function after listening.
He is a Nobel Prize nominee
Gariaev was an internationally acclaimed expert in quantum genetics, working to uncover the implications of DNA’s wavelike nature for medicine and humanity alike. A member of Moscow State University and involved in several experiments, Gariaev also invented laser pumping – used to reanimate DNA after it had been physically destroyed – that kept regenerating for 40 days after physical destruction of its genetic material; an extraordinary finding which proved its ability to store information eternally.
Gariaev received numerous honors during his lifetime. In 2020, he was nominated for the Nobel Prize in medicine; his work could transform our understanding of human biology and the environment; it laid the groundwork for future medical advances.
His research led him to discover that DNA operates both on the wave and particle levels, has linguistic characteristics, can be programmed using frequency programming akin to computers and its memory can even survive physical destruction; for instance he conducted an experiment where low-power laser beams passed through Salamander embryos in one container while frog embryos in another; some survived while the former developed into adult salamanders while the latter developed into adults.
He discovered that DNA memory could be preserved over long periods by employing “laser pumping,” where DNA molecules are passed through an ion channel with laser light “pumped” from laser. This process reverses aging processes and extends lifespan in cells.
Laser pumping holds the potential to extend human cell lifespan while curing cancer, AIDS and other diseases. While not widely available yet, major pharmaceutical companies are currently working to develop this technology – yet the research phase remains at an early stage.
He is a member of the Russian Academy of Sciences
Peter Gariaev, an academic member of both the Russian Academy of Sciences and New York Academy of Sciences, knew when he embarked upon his research into genetic coding in 1984 that it would be groundbreaking. To make sure it happened as planned, he assembled an all-star team consisting of biophysicists, molecular biologists, embryologists and linguistic experts for his project – with results showing that what had previously been considered “junk DNA” actually follows rules of grammar syntax – an awakening which resulted in him devising his theory called Wave Genetics.
Garyaev first published his findings in 1994 with his book titled, Volnovoi genetiki (wave genome). Later renamed Linguistic-Wave Genome after finding that codon sequence followed grammatical syntax; his discovery made possible thanks to correlation laser spectroscopy which allowed him to measure DNA’s kinetic energy.
Garyaev and his colleagues used this information to record the kinetic energy of molecules as vibrations in photons scattered by DNA particles, leading to the creation of a phonographic model of genetic code which was then confirmed using computer simulation programs. From here they used it to translate genetic code into language using Garyaev‘s system and create an accurate translation.
Garyaev and his team demonstrated that physical destruction of DNA does not erase its memory, as evidenced by when they used laser beams to pulverize DNA samples for forty days after being destroyed with lasers. Furthermore, Garyaev discovered that its memory is stored within vibrations of nucleotides which translated to vibrational memory using the phonographic model; this knowledge led them to create wave-genetics – an assistive technology used for healing diseases like cancer or chronic conditions such as asthma. Furthermore it’s used in biomedical engineering bioinformatics, and pharmacology applications besides medical engineering bioinformatics and pharmacology applications.
He is a member of the New York Academy of Sciences
The New York Academy of Sciences is an association of scientists that meets regularly to address a range of issues. Established in 1780, it remains one of the oldest and most prestigious organizations of its kind and boasts world-renowned scientists as members. Their primary mission is advancing science research with practical applications; members specialize in biology, math, chemistry physics astronomy as well as mentoring young scientists.
The Academy provides a forum for open discourse regarding scientific issues that affect society, such as climate change. As an independent organization funded by individuals and businesses, its members collaborate to advance scientific knowledge while contributing to improving life on Earth.
Dr Gariaev has made humanity a tremendously valuable gift by discovering an effective method to activate the brain’s potential for self-healing. While his breakthrough may still not fully understood, its significance for medicine and human consciousness cannot be overstated. Based on research that indicates lipid binding protein BLBP plays an integral part in normal brain functioning.
Since the 1990s, he has published numerous works covering an array of subjects; his most renowned being quantum genetics. Unfortunately, however, many scientists remain unconvinced of his theories which they view as pseudoscience.
At 15 he graduated high school in Perm, Russia and entered the Faculty of Biology at the University of Perm, while later transitioning to molecular biology research at Moscow State University. From here he developed Wave Genetics as his own field of science; revolutionizing how we think about inheritance traits while authoring several books on it as a result of his efforts.
