This paper introduces wave genetics as a new discipline in biology. It explores its application by investigating regeneration of dog teeth using linguistic wave genetics; setting an precedent for future experimental research in this area. Furthermore, there is also an investigation of wave evolution between hydraulic channels and sloshing tank systems.
How does wave genetics work?
Researchers speculate that DNA molecules serve not only as chemical structures, but also act as electromagnetic generators to emit and receive waves of information. According to one theory, certain frequencies of electromagnetic waves can alter gene expression – passing along this knowledge to future generations. Such research could potentially have many applications such as treating genetic disorders, improving crop yields or developing novel methods of gene editing.
This paper presents a comparative study of wave phenomena measured using free surface level data collected from progressive waves generated in a hydraulic channel and stationary waves created through controlled motion in a tank system. A genetic algorithm is then employed to model their development under deep water conditions; and then applied towards characterizing WAVE genes involved with actin/cytoskeleton organization/development as well as neuroblastoma development specifically.
MC simulations demonstrate how genetic drift effects dictate waves of advancement of advantageous alleles. Selfing initially exacerbates neutral gene spread due to reinforced LD due to selfing; however, this effect quickly fades with population size increases and selfing becomes less prominent. Furthermore, standard deviation of gene advance position increases rapidly with lower population sizes but decreases as population size does;
Experiments have shown us that our bodies can be programmed with appropriate frequencies to overcome genetic diseases, increase physical energy levels and manifest more of what we want in life. Esoteric and spiritual teachers have long recognized this process, yet never scientifically demonstrated. To effectively utilize this technique and communicate with one’s body via this means, it takes both dedication and time. Not everyone will experience similar results; to get maximum effect it must also be used alongside good nutrition and lifestyle habits; otherwise the frequencies won’t transmit their intended information effectively.
What are the potential applications of wave genetics?
Wave genetics has applications across several fields of biology, from genomics and cell biology to molecular biology. Wave genetics is often employed to understand how DNA encodes information, predict molecule structures, or understand mutations within DNA molecules.
Some waves act similarly to topoisomerases, enzymes used to unwind DNA so it can be read. Meanwhile, other waves could transmit DNA sequences between cells, enabling scientists to explore genetics of different organisms and find treatments for diseases.
Wave genetics has significant applications in coastal forecasting. Wave genetics can be used to create more accurate predictors than traditional methods and this could allow for improved wave setup predictions which have major ramifications on coastal infrastructure design projects.
What are the main theories of wave genetics?
Linguistic-Wave Genetics is founded on the hypothesis that DNA not only stores information as genetic code, but also as electromagnetic waves which can be affected by certain frequencies of sound and light; carrying information through generations.
Wave genetics seeks to prove that the basic model of classical genetic coding is flawed, thus enabling scientists to study gene function at a quantum level and unlock some of the mysteries surrounding human evolution.
Future applications of wave genetics could include developing new medicines and technologies to advance human health and well-being, developing innovative genetic engineering techniques that might prevent genetic disease cures, boost crop yields and prevent deforestation.
What are the main findings of wave genetics?
There is increasing interest in using electromagnetic frequencies to manipulate DNA. This theory, known as wave genetics, suggests that DNA serves not just as chemical structure, but can also act as an electromagnetic generator and transmitter that can be controlled and altered using specific frequencies of sound or light waves.
Research into this theory is still in progress and no supporting evidence has yet emerged to substantiate it; however, its outcomes could have significant ramifications for regenerative medicine and other biological fields.
Linguistic-wave genetics based on spintronic principles was successfully employed to regenerate a dog tooth using spintronic principles, setting an unprecedented precedent. This marks a breakthrough in biology – multipotent mesenchymal stem cell (MMSC) regeneration being explored. Further experiments are ongoing for greater scientific evidence of organ and tissue regeneration.
