Dr Peter Gariaev is a brilliant Biophysicist, Molecular Biologist and Linguistic expert. He discovered that DNA codon sequences conform to rules of human language and that they can be coded by words or phrases.
He also demonstrated that he can re-transmit genetic and metabolic information using laser signal. This radically changed the field of informational based medicine.
Genetics
Using polarized holography, Gariaev and his team successfully managed to remote control the behavior of cells. The scientists simulated the death of pancreatic cells, which is the main organ responsible for the metabolism of sugar in the body. The scientists then sent a laser signal to the cells and restored their functionality.
The theory of wave genetics relies upon the principles of coherent physical radiations, holography and solitons, as well as the theory of physical vacuum. It also incorporates fractal representation of human language and genetical data. This theory allows for a refined quantitative comparison of symbolic structure on different scales, including the genetical.
Specifically, the theory of wave genomics is based upon research of Nikolai Kozyrev (Kozyrev Mirror principle); Structuralist genetics of Alexander Gurvich; and toroidal dynamics of Asimov and Shipov. It is a technology that can be used to heal the root informational causes of illness. This is a crucial step towards a new informational based medicine, freeing mankind of its dependency on detrimental chemical cocktails.
Biochemistry
Whether the Austrian biochemist Franz Karl Vogel deserves to be called the father of the discipline is up for debate. In any case, he is widely credited for coining the term ‘biochemistry’ in a 1907 journal article. He pioneered the study of cell transport processes and enzymes from a chemistry perspective. His work was influenced by his German physiologist colleague Felix Hoppe-Seyler. He had originally planned to pursue astronomy, but was coerced into studying chemistry by his parents.
Cellular Biology
Cellular biology is the study of cells, which are the basic units of all organisms. It includes a variety of topics, including cell growth, cell division, and cellular signaling. It also covers the structure of the cytoplasm, mitochondria, and ribosomes. In addition, it deals with the interaction between cells and their environment.
Cells are made up of a phospholipid bilayer with different internal compartments called organelles. They are able to exchange molecules with their surroundings through osmotic pressure, diffusion, concentration gradients, and membrane channels. In addition, they can move through the cytoplasm using active transport and passive transport. They can also eat their own internal components or microbial invaders.
According to Dr. Irene Caesar, founder of Wave Genome, the polarized holography technique allows us to record the holographic signals of the wave matrices and diagnose them. She offers a new approach to the treatment of aetiological diseases, by addressing their informational causes.
Molecular Biology
Molecular biology is the scientific discipline concerned with the structure and function of living organisms. It is a subfield of biochemistry, and encompasses the study of cells, tissues, organelles, and their interaction with each other and with the environment. Molecular biology is also concerned with the relationship between gene expression and cell development, and between mutations in genes and disease.
The research of Gariaev and Tertyshny was classified at that time, but Caesar did not have clearance to publish the results. Nevertheless, she presented her work at three international conferences: the “Health 2.0” conference in Bangkok, Thailand, and the two conferences of the Institute for National Security in Moscow, Russia.
In her presentations, Caesar offered to record electrets via laser on nanoscale with the digitized bioholograms of pharmaceutical drugs as recreated holograms representing in this dimension the scalar wave diffraction gratings of multidimensional wave crystals (aka digital pharmacy). Her theory was called polarized holography.
Immunology
The study of the body’s immune system. This amazing system is like your personal army, fighting to keep you healthy by defending against germs (bacteria and viruses) that could make you sick. It protects us through many different lines of defense, including physical barriers such as skin, and cells that can destroy invading organisms. It also keeps track of how your body responds to these invaders, so it can quickly make new antibodies if the same germs come back.
Immunology is an important field because it helps scientists understand how our bodies fight infections and disease. It has led to advancements in vaccine development, cancer immunotherapy, and organ transplantation. It also helps us diagnose and treat autoimmune diseases, allergies, and other immune system disorders.
Psychiatry
After completing their undergraduate education, aspiring psychiatrists attend medical school. This four-year program provides a comprehensive medical education and helps them develop a strong understanding of human anatomy, diseases, and medical practice. Psychiatrists also participate in clinical rotations, which help them gain experience working with different psychiatric populations.
During this time, psychiatrists evaluate their patients’ mental health and prescribe medication as needed. They work closely with their patients to monitor medication effectiveness and any side effects. Psychiatrists also provide ongoing support and guidance to their patients, helping them manage their symptoms and improve overall well-being.
Psychiatrists who specialize in substance abuse work with individuals to help them overcome their addictions and develop healthier coping mechanisms. They may also provide forensic services, such as evaluations and expert testimony in criminal cases. Their work is important because it allows them to make a significant impact on the lives of individuals struggling with mental illness.
Psychology
Psychology is the scientific study of mental processes and behavior. It uses empirical methods and critical thinking to understand how individuals think, feel, and behave. Psychologists study a wide range of topics, including perception, cognition, attention, emotion, intelligence, phenomenology, motivation, brain functioning, and personality. Many psychologists also perform psychotherapy in clinical, counseling, and school settings. Others conduct scientific research in psychological laboratories. Psychologists contribute to the development of knowledge in a variety of spheres, including human development, aging, sports, health, and forensic science.
Psychologists study everything relating to the mind and behavior of humans, and their interactions with other people and their surroundings. They may focus on areas such as social behavior, cognitive processes, and the unconscious mind. While most psychologists use empirical methods to infer causal and correlational relationships, some – particularly clinical and counseling psychologists – also rely on symbolic interpretation. Psychological findings often link to research and perspectives from other disciplines, such as the natural sciences, medicine, philosophy, and history.
Technology
Gariaev and Diaschev’s DI-POL Generator is capable of recording the digitized bioholograms of healthy body organs and systems, which are recorded via a new generation laser. These digital bioholograms are a recreation of the scalar wave diffraction gratings in multidimensional wave crystals. These digitized bioholograms are then used for remote laser management of the client’s WAVE MATRIX. This is a form of Informational Based Medicine, weening mankind of its dependency on detrimental chemical cocktail pharmaceutical drugs.
The new generation lasers offer a higher resolution than previous technology, which was classified at the time of its development. This allows a deeper level of encoding on the atomic scale, creating an idea of DIGITAL PHARMACY. This offers an alternative approach to genetic engineering by modulating the DNA codon sequences with pure linguistic signals.