Applying laser beams to project holographic information of healthy organs and tissues onto unhealthy ones has proven highly successful in healing patients – this work of Russian biophysicist Gariaev being one such example of this process.
The traditional paradigm of molecular genetics neglects quantum optical and wave linguistic principles presented by Dr. Lupton; these new paradigms can reverse death and regrow damaged pancreas cells for example.
Biophotonic Emissions
Over the past decade it has become clear that living organisms emit a constant current of photons as an instantaneous nonlocal form of communication between cells, tissues, organs and nonliving objects – this phenomenon is known as biophotonic emissions; special equipment can record them and they seem to serve a universal function; they appear to form an energetic web that connects all organs and parts of the body, acting as main communication and regulatory systems within an organism and possibly serving healing with light as well.
All living organisms, from bacteria to humans, constantly emit biophotonic emissions containing information and representing our innermost being, our consciousness. Biophotonic emissions serve as our means of communicating directly with the universe and other living things, stored in DNA molecules of our nuclei. When an organism experiences distress, this communication changes and its biophotonic emissions become no longer coherent. Signs that something is amiss are often expressed through our thoughts; intention can be transmitted directly into our organism through light particles, so keeping positive and healthy thoughts at the forefront is paramount for good health.
Studies of biophotonic signals in plants and animals have revealed that different physiological states manifest themselves through distinct patterns of signal intensity. For instance, during seed germination there is an exponential rise in signal intensity during the initial three steps while stressed sunflower seedlings show a decreasing trend.
Research results demonstrate that biophotons play a vital role in intercellular communication and living systems functioning, helping code physiology of an organism while transmitting essential information among cells. Biophoton emission can also be affected by external stimuli like sound, vibrations and electromagnetic fields.
Wave Genetics
Gariaev‘s team has conducted more advanced experimental work using laser spectroscopy. They have discovered how to treat diabetes in rats with laser spectroscopy; using a quartz cuvette filled with DNA sample, which was moved from one location to another and recorded on film, creating a visual image, or “phantom,” of its original position that appeared for 10-15 seconds in its new location – an extremely intriguing result that proves genetic information does not change when DNA moves from position to position.
This technique can also be used to transfer specific DNA information patterns to another genome and reprogram it – something the researchers were able to achieve by successfully transmitting DNA patterns of frog embryos onto salamander embryos! This groundbreaking feat opens up opportunities for completely novel techniques for healing and prolonging life.
At first, it may seem counter-intuitive that scientists could prove what spiritual teachers already knew: Our DNA can be programmed using language and vibrational frequencies; however, not everybody can do it effectively or gets similar results. Although scientists have developed an effective technique that always works, in order to establish conscious communication with DNA they must reach certain levels of consciousness maturity before initiating this conscious communication with their DNA.
This technology can also be applied to regenerating damaged cells. A group led by V. Adamenko in Russia performed several experiments that demonstrated this potential benefit; cell cultures were divided between two hermetically sealed containers with quartz barriers between them and pathology introduced into one of them; within 2-3 days, its counterpart appeared in both cultures – providing proof of gene transfer using wave vibrations between cultures as well as providing evidence for regeneration using recombinational genetics or quantum light wave technology based on spintronic principles.
Wave Reprogramming
Gariaev pioneered “wave genetics”, and showed how sound and light waves could alter DNA methylation levels and chromosome numbers in cultured cells.
He found that certain frequencies of electromagnetic waves could cause a visual image, known as a phantom, to appear on the surface of a quartz cuvette containing DNA when being moved from one location to the next. The duration of this visual phantom typically lasts 10-15 seconds and can be recorded onto film for future analysis due to DNA’s holographic nature.
In 1975, V. Adamenko from Russia conducted an experiment whereby pieces of living leaves were cut away and placed into an electromagnetic field at high frequencies, whereupon their remaining portions exhibited ghostly images that lasted 10-15 seconds before disappearing and could be photographed on film – this demonstrated that living cells possess memory which transcends physical structure.
Researchers conducted similar research that demonstrated how DNA can attract and bend photons so they slide along its helix instead of traveling straight in a line – effectively “wrapping” and deflecting light around itself – an example of quantum entanglement.
Studies conducted on rats with pancreatic cancer demonstrated successful DNA reprogramming over distances up to 20 kilometers using DNA movies of healthy pancreas glands, which were then transferred into sick rats using video morphogenic signals that stimulated stem cells to regenerate new pancreatic tissue and treat their disease; 90% of cases saw complete healing from pancreatic cancer in these experiments.
The Future of Medicine
As we can now observe, science, medicine, and healthcare are witnessing unprecedented trends. While forecasts in politics and sociology often predict global processes with negative or even catastrophic implications, those regarding science are filled with hopeful prospects – robots that disinfect spaces; algorithms that track cough severity; artificial intelligence (AI) prediction tools which predict virus spreading to manage crowds effectively are all examples of bright prospects in medical technology alone!
Present-day patients are more informed than ever before, prompting a rise in demand for tailored healthcare tailored to individual disease states. Unfortunately, current treatment modalities often aren’t as effective and come with severe side effects.
Pjotr Garjajev (Dr Peter Gariaev), one of Russia’s greatest biophysicists and molecular biologists, pioneered this field by showing that living organisms’ genetic information is stored on chromosome continuum traveling along with highly ordered geometric structure of DNA in our bodies as a stable wave-train, leaving an electromagnetic trace within our intracellular water networks as electromagnetic and acoustic holograms – this being our source for genetic blueprints.
Gariaev went further, showing how this holographic information can be reprogrammed with frequencies to enable our cells to repair themselves without transplantation. He conducted an experiment in which he captured genetic information from a healthy rat pup pancreas and transferred it directly to pancreatic cancer cells in the laboratory – whereupon they began healing without transplantation!
Gariaev‘s studies have demonstrated how natural remedies such as herbs and royal jelly contain genetic information that can be directed toward healing unhealthy organs and cells, prompting his peers to attack him and shut down his research lab; but the ancient Chinese proverb “Man who says something can’t be done shouldn’t stop doing it” comes to mind as inspiration.
As our global health crisis deepens, it is vital that we adopt an alternate approach when developing medical technologies. Scientific researchers must move away from commercializing their discoveries towards public-interest research that has an immediate positive effect on people globally.
