The key to using language to change DNA, according to Dr. Garajev and his colleagues, is determining the right frequency. By modulating sound and light frequencies onto a laser-like ray, the Russians influenced cellular metabolism and altered the genetic material itself. Since DNA-alkaline pairs and language share related structures, no decoding is necessary—spoken words and sentences can change living DNA.
The ongoing experiments of Dr. Garajev and his team highlight the immense power of wave genetics, the study of the interaction between electromagnetic waves and DNA. Their work has been so fundamental to the discipline that some call Dr. Garajev “the
father of wave genetics.” By untangling the biological under - pinnings of the vibrational behavior of DNA, the Russian team laid the groundwork for further probing of the capabilities of our genetic code. One key discovery was that our DNA could produce miniature, magnetized wormholes.
By creating invisible, structured patterns in the vacuum energy of space our DNA forms microscopic equivalents of the Einstein- Rosen bridges left by burned-out stars. Einstein-Rosen bridges— found near black holes—are tunnels that connect far-off areas of the universe. Essentially, the bridges are portals that transmit information, and it seems that the miniature versions function in the same manner.
When Dr. Garajev and his laboratory cohorts placed a DNA sample in a small black box, then irradiated the box with laser light, a wave pattern formed on the monitor. That wave pattern indicated the presence of DNA in the box. Before the DNA sample was introduced, the monitor connected to the box had displayed a random scattering of dots. However, after the team removed the DNA sample, the wave pattern remained on the monitor.
Further controlled experiments revealed that the reason the pattern remained stable after the removal of the DNA was because the energy field of the sample was still present. This phenomenon is now called the DNA Phantom Effect. Even after the DNA is no longer physically present in the box, the monitor can still detect its information, thanks to the conductive powers of the micro-wormhole produced by its removal.
As is all too typical with work of this kind, the media was quick to slander the results as “pseudoscience,” “New Age mumbo jumbo,” and so on. A related breakthrough by Nobel laureate Luc Montagnier met a similar fate.
Dr. Montagnier, co-recipient of the Nobel Prize for medicine in 2008, went on to uncover further proof of the immense
influence of wave genetics on the formation of organisms. He discovered that DNA has the capacity to send “electromagnetic imprints” of itself into distant cells and fluids, imprints which can then be used to create copies of the original DNA. Dr. Jeff Reimers, a theoretical chemist, speaks of Dr. Montagnier’s work with great excitement. ““If the results are correct,” he says, “these would be the most significant experiments performed in the past 90 years, demanding re-evaluation of the whole conceptual framework of modern chemistry.”
Unfortunately, the popular press and so-called internet experts misrepresented Dr. Montagnier’s claims as evidence of “teleportation” or “magic.” These characterizations churned up a cloud of controversy around his serious scientific findings. This is perhaps not as surprising as it seems, because scientists are often notoriously reluctant to relinquish commonly accepted beliefs, even in the face of new research evidence proving that those beliefs are incorrect.
However, not all fields in the health arena were so quick to dismiss Dr. Montagnier’s work. One field in which his work is particularly relevant is homeopathic medicine. Homeopathic medicine is based on the theoretical principle of “like cures like,” which essentially means that a substance which causes symptoms of illness can also cure the same symptoms, if administered in highly diluted form. For that reason, homeopathy relies on doses of substances that have undergone sequential dilution, with vigorous shaking in between each dilution. Skeptics have long assumed that none of the original molecules of the original substance could possibly remain after the series of dilutions. However, Dr. Montagnier’s work on DNA’s ability to create
electromagnetic imprints, as well as the work of many other scientists, suggests otherwise. His experiments prove that, in fact, the structure of the original medicinal substance could well remain in the homeopathic solution, and be capable of producing dramatic biological effects.
As may be expected, the reception to Dr. Montagnier’s work in his native France and throughout the rest of Europe and the United States has been sheer disbelief. On the other hand, scientists in China have proved to be more open-minded, and many have embraced it wholeheartedly. For instance, Jiaotong University in Shanghai (often called “China’s MIT”) has established an institute bearing Dr. Montagnier’s name. The team working there has full leeway to explore the intersections of physics, biology, medicine, and wave genetics. Dr. Montagnier’s research will be focused initially on the electromagnetic waves that emanate from various pathogens. “Not all DNA produces signals we can detect with our
device,” he explains. “The high-intensity signals come from bacteria and viral DNA.” Dr. Montagnier believes his observations will lead to new treatment options for many chronic diseases, including multiple sclerosis, autism, Parkinson’s disease, and Alzheimer’s disease.