Wave genetics is founded upon the theory that DNA contains not only real forms, but also quantum (wave) forms which enable it to communicate with humans and transmit information.
This information can be utilized to regenerate organs, treat illnesses and extend lifespans; an innovative concept supported by numerous experiments.
Definition
Wave genetics is founded on the theory that DNA functions not only on its physical level, but also within quantum, electromagnetic and acoustic wave fields/domain. This transforms how gene functions are seen from their current discrete particle-based understanding. Wave genetics has been evolving for over 80 years with several major breakthroughs recently thanks to research utilizing coherent physical radiations, holography and solitons; as well as empirical results obtained through numerous experiments conducted.
Scientists who subscribe to this theory believe that Adenine, Guanine, Cytosine and Thymine of our DNA alphabet serve as an individualized code for protein synthesis that corresponds with our verbal expression/speech system. Their logic lies within all words containing certain frequencies which our genes interpret as instructions to produce specific proteins and perform bodily functions.
As part of this approach, the concept of universal language has been advanced as part of an attempt to unravel human genetic code. Furthermore, quantitative comparison of symbolic structure/representation for any texts including genetical ones was conducted using similar methodologies as in creole lexicon analysis.
Proponents of wave genetics have developed technology that allows access to and activation of human DNA on a quantum (wave) level, with potential to reverse aging and extend lifespan. Experiments on rats have demonstrated how genetic traits can be restored using resonant waves beamed directly onto DNA, as well as eliminating viruses, bacteria, agricultural vermin parasites, as well as activating dormant stem cells.
Origins
Wave genetics was conceptualized in Russia during the 1920s and 1930s when scientists A G Gurwitsch and A A Lubishev proposed that living organisms not only operate at an organic physical level but also transmit genetic information through electromagnetic and acoustic waves. They postulated that living matter can transfer genetic data via electromagnetic and acoustic waves.
Russian researchers applied these theories to devise a means of directly communicating with DNA. Using specific frequencies they have found that DNA can be programmed and altered directly; their system has been demonstrated through several carefully planned and documented experiments; one such experiment saw them regenerate an injured pancreas in vivo without using dangerous techniques like recombinant DNA or stem cell culture. This represents a major advance for wave genetics as it shows it’s possible to regrow organs without resorting to dangerous technologies like recombinant DNA or cell culture techniques.
Wave genetics theory has also been applied to linguistics, where it has been employed to examine creole languages and mixed dialects like English. Researchers have demonstrated how it complements, rather than replaces, traditional tree-model approaches to language genealogy. Furthermore, researchers investigated how Adenine, Guanine, Cytosine and Thymine influence each other through sound frequencies in human voice; their findings show this relationship exists as well as that these frequencies can change DNA’s composition over time.
Proponents
An increasing number of people believe that our current genetic coding system is flawed, and are convinced quantum effects play a crucial role in DNA’s functioning. While many scientists remain sceptical of such claims, these researchers continue to raise serious concerns.
Pavel Gariaev of Russia has long been considered one of the pioneers of wave genetics, conducting several experiments to prove his theory. These have shown how our genome can be altered using specific frequencies directed towards it – these frequencies may activate or deactivate specific genes, chromosomes or even the entire genome! But it requires an individual with certain maturity in communicating correctly with DNA to use this approach effectively.
Contrary to conventional genetics, which operates at the cellular level, wave genetics operates on whole genome and holographic levels. It is founded upon the idea that all matter interacts with space as waves rather than discrete particles – this theory has many practical applications including being used to reprogram DNA and restore health.
One of the greatest developments in this field was the discovery of the holographic structure of DNA, which allows researchers to better comprehend its physical structure as well as simplify genetic code changes – and could eventually even help heal diseases like cancer and others.
One advantage of this technology is organ, tissue, and cell regeneration. Already this technique has been employed to repopulate damaged pancreas cells with new ones and regrow teeth. Furthermore, it reduces risk of infection by eliminating pathogenic viruses and bacteria and increasing life expectancy; making this technology an essential asset in modern medicine’s future. These results make a substantial stride forward.
Applications
Wave genetics has many potential applications, including being able to modify DNA to potentially extend lifespan, as well as more precise genetic diagnosis and helping researchers pinpoint which genes cause certain traits or traits. Unfortunately, however, research on wave genetics is still in its infancy stage.
Study of gene-wave interactions has also resulted in the creation of quantum genetics theory, which holds that there exists an invisible connection between quantum effects and genetics – it’s just not clear how strong this linkage is; some scientists argue quantum effects don’t significantly alter our genetic makeup while others contend they play an essential part in evolutionary processes and consciousness development.
An alternative theory suggests that genes of a species could be affected by universal forces that have an influence on individual DNA strands. This concept has been coined “the field of the gene,” similar to how electromagnetic fields may impact our planet itself.
There is also the theory that genes and super-genes interact in an intricate fashion. Super-genes are complex holographic structures capable of transmuting endogenous and exogenous fields into activity for genes; acting like “frameworks” to regulate their activities. Genes could potentially serve as components within these holographic grids/frameworks by providing material replications in the form of RNA and proteins.
Researchers have attempted to test this theory by employing CRISPR technology to engineer the genomes of bacteria and plants. Experiments conducted thus far have demonstrated that modified organisms are healthier, more resistant to disease, reproduce more quickly than their non-modified counterparts, suggesting gene wave interactions play an essential part in organism evolution.
Researchers have also turned to another technique known as the Coalescent Theory to analyze DNA sequences. This involves comparing multiple individuals from different species and inferring relationships among them based on DNA. This approach can help understand species diversity, demographic history and population structure as well as facilitate genome-wide association studies and genomic medicine – such as identifying genetic mutations associated with cystic fibrosis.
