Gariaev‘s experiments in Linguistic Wave Genetics, which use sound frequencies to alter an organism’s DNA, have gone unrecognized by mainstream science. His discoveries may lead to new methods of disease prevention and treatment.
He utilizes quantum biocomputing theory, in which the genome acts as a quantum computer to record information about living organisms across their environments. This data can then be transmitted instantaneously over vast distances with no loss of data.
Physicist
Physicists employ mathematical and scientific models to explain natural phenomena, conducting laboratory experiments to verify these models and often working collaboratively on specific projects with other scientists. Many physicists are employed by universities where their time is divided between research, teaching and publishing their findings in scientific journals; others may work for industry. Most jobs requiring bachelor degrees in physics or related subject are listed here.
Some physicists choose the private sector, working at technology and engineering firms. Others open their own research labs or consulting firms; their knowledge in both physics and mathematics makes them useful to businesses across various industries. Furthermore, these professionals may find employment in government agencies where they help fund large-scale research initiatives or address scientific challenges with broad societal ramifications.
Physicists must not only conduct laboratory experiments, but must also maintain and calibrate laboratory equipment in order to conduct their experiments under the most accurate conditions and achieve valid results. Furthermore, they write research proposals and seek funding from foundations or private sources before managing budgets and resources efficiently – with those able to communicate their work more effectively being particularly successful in this career path.
The field of physics encompasses many subfields. Professional physicists specialize in areas such as plasma physics, astrophysics and quantum mechanics; others use their knowledge of applied physics to enhance existing technology or develop new products; some even work within medical fields using their skills to diagnose and treat disease.
Peter P. Gariaev, a Russian geneticist and physicist, recently discovered that DNA acts like a crystal that absorbs information while emitting weak beams of light (biophotons) throughout our bodies. Additionally, his team studied how atomic vibrations within water networks within cells can instantly transmit over oceanic distances – something no other discovery had done. Gariaev‘s breakthrough could revolutionize how we view the universe as well as how it operates.
Peter’s research also demonstrated that junk DNA, once disregarded as evolutionary leftovers, contains grammatical syntax. This discovery led him to believe we can reprogramm our own genes using radio waves-style frequency modulation of DNA molecules; thereby transmitting genetic information long distance.
Molecular Biologist
Molecular biologists conduct experiments designed to increase their knowledge of cellular processes essential to life, from plants, animals and humans alike. A molecular biologist typically spends most of their time working in laboratories using various equipment for analysis of biological systems that make up biological molecules. They typically hold at least a bachelor’s degree in molecular biology or biochemistry or similar field and often possess graduate or doctorate credentials in their field of specialty.
Molecular biologists work in hospitals, universities and private corporations as well as non-profit organizations. A molecular biologist may also decide to start their own research laboratory or write scientific articles or books about their research findings.
Some Molecular Biologists specialize in treating specific diseases while others examine how genetic codes influence health outcomes. Furthermore, Molecular Biologists often join professional organizations which offer them updates about scientific news and advancements, while providing them a platform for networking among scientists who share knowledge.
Dr. Piotr Gariaev is a Russian scientist who has conducted extensive studies of DNA. He assembled a multi-disciplinary team consisting of biophysicists, molecular biologists, embryologists and linguists in order to investigate it further. His research has demonstrated that what mainstream science considers “junk DNA” contains an intricate linguistic structure which can be altered using frequencies as sounds or words, leading to potentially new methods of disease prevention and treatment.
Molecular biologists can find employment across various sectors, such as pharmaceuticals and biotechnology companies. Additionally, there are positions open in government agencies or education. There are professional organizations specifically for molecular biologists like the American Society for Biochemistry and Molecular Biology which advocate on behalf of their profession while publishing multiple educational journals to aid aspiring molecular biologists.
Linguist
Linguists study language structure and function. They focus on sounds and the rules governing word formation, including phonetics, phonology, morphology, syntax semantics and pragmatics as well as how social context affects word meanings and phrases. Linguists typically collaborate with scientists from diverse fields like biology, philosophy psychology computer science history anthropology.
Becoming a linguist requires an intensive academic foundation. Most linguists possess at least a bachelor’s degree in linguistics to provide essential foundational knowledge of phonetics, sound systems and grammar; an advanced degree such as masters or PhD can enable specialists to specialize in specific areas or conduct research – this work necessitates strong observational and analytical abilities as well as being able to clearly express complex ideas.
Linguists often specialize in specific aspects of language, such as the relationship between culture and language or how people learn them. Others choose theoretical linguistics – creating frameworks to describe language – a challenging career option but one which can bring great rewards if puzzles appeal.
Linguists perform many duties related to conducting research, teaching, and writing. Their job duties involve conducting studies ranging from research on various languages or cultures to synthesizing and interpreting data from multiple sources and writing results in written form for presentation. Linguists utilize statistical analysis tools like R and Java (computational linguistics). Many possess computer programming knowledge such as Python (for natural language processing and machine learning), R (computational linguistics) or Java (computational linguistics).
Linguists must possess not only technical knowledge of languages, but must also be adept at conveying their findings in an understandable and compelling manner. This skill is especially vital when communicating their work to fellow scientists or the general public. Furthermore, linguists need to communicate across cultures as their research may impact how other groups utilize language.
Dr. Gariaev has made groundbreaking advances in linguistic genetics. His groundbreaking discoveries indicate that certain sounds may alter DNA in individuals, with major ramifications for non-invasive medical treatments and significantly increasing life spans. Unfortunately, mainstream science has failed to take notice.
Inventor
Gariaev assembled an international team of scientists from various disciplines – biophysicists, molecular biologists, embryologists and linguists among them – to explore DNA. Together, this multidisciplinary group discovered what mainstream science considered junk DNA has a highly complex linguistic structure; moreover they made another groundbreaking discovery: that DNA information can be transmitted over long distances using laser waves – this breakthrough discovery opened up new avenues of research known as Wave Genetics.
Professor Gariaev‘s experiments proved that DNA operates both as particles and waves, with frequencies serving as programming instructions to create quantum computing. Furthermore, his discoveries suggested that human speech grammatical syntax could also be replicated via DNA; perhaps explaining why we have such diverse languages?
He was an innovator in holographic geometry, the study of how electromagnetic fields impact physical objects. He published numerous articles in scientific journals and was active member of both the Russian Academy of Natural Sciences and Medical/Technical Sciences as well as New York Academy of Sciences.
Gariaev‘s revolutionary work has gone largely unrecognized by mainstream science. His Linguistic Wave Genetics experiments, which show how one’s DNA can be modified through sound, could one day help prevent or treat diseases.
Gariaev‘s research on the linguistic and electromagnetic aspects of DNA was truly groundbreaking. He found that our cells act like crystals which absorb information while emitting weak beams of light (biophotons) throughout our bodies. Kirlian used this information to develop Kirlian photography – a method which uses special photographic film to show biophotons surrounding an individual’s cells. He later developed a modern version of this technology called biophoton imaging, allowing people to observe electromagnetic fields surrounding cells using digital cameras. His experiments demonstrated that these holograms could be read using lasers he termed “biophoton lasers”, making it possible to observe living organisms’ DNA molecules without damaging them.
