Scientists have recently demonstrated how sound and light frequencies can rewrite DNA, providing a means to cure diseases while prolonging lives.
Mathematically speaking, gene spread occurs along traveling waves (Fisher 1937). These ripples are promoted by variations in population density and weak selection effects (epistatic effects).
How does it work?
Contrary to classical genetics which is preoccupied with nucleotides within DNA and how this information translates to proteins, wave genetics postulates that our genome operates not just biochemically but also through wave phenomena – this concept has revolutionary and far reaching ramifications.
Our DNA functions much like a hologram. Studies have demonstrated that DNA contains electromagnetic and acoustic holograms of every cell, organ and organism in our bodies – acting like the true blueprints for our genes. Thanks to modern imaging techniques, researchers have observed incredible patterns within DNA which prove its holographic nature.
Dr. Gariaev discovered that when modulating specific frequencies with laser light and transmitting them directly into living DNA material, they respond in tandem with the language frequency pattern being spoken or thought. This experimentally proved what spiritual teachers have long known; our bodies are indeed programmable by language and thought – provided the frequency is correct!
He conducted experiments using other frequencies, such as radio waves, and found similar DNA reactions. Furthermore, he acquired and visualized DNA signals from embryos showing that cell signals can travel via vibrations or waves.
He also found that the rate of selfing of different cells within a population was dependent on their geographical location and environmental conditions, while gene selfing rates increased with lower population density; he proposed this phenomenon was caused by waves of advancement of advantageous alleles declining as population density increases while neutral genes rose more quickly with greater density.
His research is supported by the Russian Federal Ministry of Education and Science and he continues to pursue it with great fervor. He finds great satisfaction in hearing how ordinary people have found miraculous self-healing for conditions which conventional medicine had told them were incurable.
What are the implications?
This new DNA science goes far beyond genetic engineering technology, offering us new possibilities to heal human genomes, extend lifespans and unravel its mysteries. Furthermore, it shows us how the universe itself encodes wave structures of matter within biological systems such as our bodies – providing access to potentially groundbreaking technologies and medicines.
Genetics could shed new light on life itself, revealing not just a biological machine but rather a projection of our bio-photonic vibrational wave patterns – we are part of an interwoven continuum which spans all spacetime holographs! This could alter our view of evolution; showing it to be non-linear yet dynamical process which can be understood through studying wave patterns both of living organisms and of nature itself.
An additional key implication is the need to gain a better understanding of neutral gene distribution. Our traditional theory based on random mating and weak selection assumes that advantageous genes travel in waves (Fisher 1937). Unfortunately, this assumption doesn’t hold in all conditions and even when applied strongly can sometimes fail, depending on population size and genetic hitchhiking effects.
An accurate wave genetics-based model reveals that advantageous genes advance as genetic waves driven by LD (Nordborg et al 1996a,b; Barton 2000). This implies that genetic hitchhiking contributes to non-random gene spread while selfing could change frontal waves as transient waves of advantage sweep through a population.
Conclusion of New Wave Genetics Finally, this new wave genetics serves as a warning that genetically modified organisms (GMOs) are often created without fully comprehending their DNA’s complex wave and linguistic features, leading to unintended outcomes. Study of DNA’s fractal dynamics could provide solutions that ensure safer and more effective GMO creation.
What are the potentials?
Wave genetics offers many exciting possibilities, one being its use to correct inherited gene mutations and restore health and wellness to an individual. Furthermore, wave genetics could potentially help overcome diseases like cancer that stem from environmental causes rather than genetic ones.
Psychology may also benefit from wave genetics. It is believed that many major psychiatric disorders are the result of highly penetrant genetic events, with doctors having observed patients self-healing when conventional medicine deemed them incurable.
Wave genetics is founded on the idea that DNA can be seen as a four-dimensional hologram, with each nucleobase acting like a pixel in an image. Therefore, any encoded picture into your genome can be restored simply by injecting new information to it–in much the same way a videotape could be renewed or edited over.
There are other methods available to us to ‘hack’ the genome, including vibratory frequencies that can be transmitted directly to DNA through skin-deep application. Esoteric and spiritual teachers have known about this practice for some time; now scientific evidence verifies it. Frequencies must be adjusted accordingly in order to achieve desired effects; once understood it becomes possible to program our own DNA and heal ourselves. Such technology requires proper education for safe use while being tightly regulated to avoid misuse.
What are the limitations?
Though wave genetics is appealing, manipulating DNA wave patterns could create ethical challenges. While such powerful technology could potentially help rejuvenate organs and extend human lifespan, its misuse could potentially put lives at risk; for this reason, responsible innovation and regulatory oversight will be essential in mitigating risk.
Gariaev’s research reveals that DNA may possess properties similar to holograms and suggests that our genome operates via wave phenomena.
