Wave genetics uses sound, vibrations, words and thought to reprogram our DNA directly, providing a way for us to overcome inherited illnesses and diseases by communicating directly with it!
Experiments have demonstrated genetic mode-locking in an MMF laser. The initial mode profile exhibited complex speckles; after genetic optimization, its optical spectrum shows Gaussian characteristics.
Quantum Genetics
MIT researchers in collaboration with Eni, an Italian energy company, have made an incredible breakthrough by successfully merging quantum research with genetic manipulation using engineered viruses. By reprograming DNA molecules’ coding sequence, they were able to produce proteins capable of collecting solar energy more efficiently; their work, published this week in Nature Materials, marks an impressive step toward more sustainable sources of power.
This novel approach leverages the fact that genes encode an universal language which can be read by any DNA fragment, enabling scientists to reprogram cells using only chemical letters (codons). By doing so, scientists can reprogramme in vitro cellular DNA and reinstate lost functions like cell division, DNA repair, gene expression restoration and recoding.
Research has also demonstrated that information contained within chromosomes can be transmitted throughout a cell via quantum mechanical tunneling, similar to how particles move through magnetic fields. Tunneling occurs when proton passes through potential barriers with high probability, altering binding between phosphate groups and DNA bases; in turn causing normal base pairs A-T and G-C to swap places with their tautomeric equivalents A-T* and G-C* with different pairing patterns.
According to Lingvistiko-wave genome theory, genes are true quantum objects with both informational and material-wave properties. At cellular level, genes display dynamic, associative memory storage via DNA phantom effects which makes an organism’s supercoherency, information redundancy, knowledge storage and cohesion as an entity possible.
Experiments were performed using a 2-mW Helium-Neon laser with wavelength 632.8nm and two combined optical fashions capable of detecting and recording polarizing modulation biostructure holograms of running genetic information records, in addition to distant broadcast of running genetic information in wave form.
Hypercommunication
Researchers have developed an effective means of transmitting genetic information via laser radio-wave signals. This is achieved by genetically optimizing a laser’s output power, mode profile and optical spectrum using a genetic algorithm. After just a few generations of breeding the laser automatically mode-locks to its optimal wavelength of 1060nm while maintaining its original output power; representing a major advance in laser biotechnology since such wavelengths would not otherwise be available with conventional optical lasers.
Scientists have also demonstrated that genetic information transmitted via laser can be controlled and directed toward specific parts of the body over long distances – an impressive scientific feat as medical scientists long dreamt of controlling human genetic information and repairing damaged genes. This feat marks an impressive scientific advancement.
This is possible because genetic material and informational molecules (DNA, RNA) exist as polarized waves; their orientation being determined by their alphabetical sequence: Adenine, Guanine, Cytosine and Thymine.
These polarized waves can send genetic information via bio-symbolic holograms that can be read and stored into DNA chromosomes, making the basis of Hypercommunication apparent – all living systems can be programmed through laser radio waves; DNA’s holographic polarization corresponds with biological codes in much the same way as language alphabets and can even be read using laser beams!
In our experiment, we demonstrated how bimodal lasers can be used to record dynamic polarized holograms of DNA matrix-gene nanostructure-donors and read them within their cells using endogenous bio-systems for reading out their holographic representation. Furthermore, bimodal laser beam remote bioscanning of DNA holographic representation may induce morphogenetic effects, such as regeneration of pancreas in sick rats as well as their recovery.
Esoteric and spiritual teachers have long recognized that our bodies can be programmed through words and thoughts. Now, scientific evidence demonstrates that this process can be accelerated using vibrational code frequency modulation to create faster results.
Regenerative Medicine
Regenerative medicine refers to techniques and technologies designed to restore tissue or organ function impaired by disease, injury or congenital abnormalities. Regenerative therapies include cell therapy, tissue engineering strategies, biomedical materials and artificial or biohybrid organ devices that restore normal functioning to damaged parts of the body.
Regenerative medicine is an interdisciplinary science, drawing upon cell biology, tissue engineering, genetics, molecular biology, immunology and biomaterials engineering as key disciplines to create new products to treat various diseases and disorders of the body. With its rapid evolution over time, regenerative medicine is increasingly being seen as an integral part of health care as a means of repairing damage done to ourselves by environment or lifestyle factors.
Wave Genetics Information Technology has designed a revolutionary cream to deliver quantum healing and growth-stimulating energy directly into skin cells via electromagnetic field created by frequency-stabilized Helium-Neon laser, bypassing physical inclusion of substances and thus overcoming physical instability, storage issues, and potential toxicities associated with conventional creams containing chemicals.
Preliminary evidence showed precedent quantum regeneration of a dog tooth using special laser technology that was developed on an expanded understanding of genetic coding principles – including postulating quantum equivalents of functioning genes exist – as a foundation. Multipotent mesenchymal stromal stem cells (MMSCs) were pre-treated with information extracted from human tooth rudiment and then injected directly into a region where an extracted tooth had been located while another area remained untouched as control.
Results indicated that cells exposed to laser radiation displayed higher expression of decorin and elastin, two key regulators of extracellular matrix (ECM). This is likely because expression of these proteins by fibroblasts was limited by TGF-b and CTGF, leading to reduced cell proliferation caused by hypertrophic scar formation due to uneven collagen fiber insertion into scar tissue; consequently creating more compact scars with smoother skin surfaces.
Transmutation
Transmutation, the chemical transformation of one chemical element to another, occurs both naturally and artificially. Natural transmutation entails nuclear transformation of unstable elements into stable ones via radioactive decay; for instance gold is made from mercury via this process. Nuclear transmutation uses particle accelerators or neutron beams to alter an atom’s nucleus to produce new elements with different masses and identities – an approach Alchemists attempted unsuccessfully but could never fully accomplish.
The Wave Genetics Laser combines high-efficiency intracavity mode-locking with systemic control of multidimensional nonlinear lightwave oscillation. This combination makes it possible to generate ultrashort pulses with wide repetition rates and polarization states for biological applications, as well as exploring three-dimensional nonlinear dynamics and solitary waves which have previously gone largely uncovered, yet remain relevant in fundamental science and technology.
Genetic control can be extended into the spectral domain using dispersive devices (such as gratings). By doing this, all three performance metrics (phase, amplitude and polarization) can be controlled simultaneously using genetic algorithms allowing one to optimize 3D MMF laser performance systematically using genetic algorithms and genetic programming. As a result, all three performance metrics (phase, amplitude and polarization) can be optimized simultaneously in this way to enable 3D modal-locking at higher powers with this system. The results also demonstrate this capability by optimizing all three performance metrics simultaneously through genetic algorithms allowing systematic optimization of 3D MMF laser performance optimization using genetic algorithms allowing all three performance metrics simultaneously through genetic algorithms allowing systematic optimization with genetic programming as resulting in 3D MMF laser system can also use 3D modal-locking with results showing enhancement in terms of gain nonlinearity as well as nonlinearity enhancement.
Figure 2a-c shows optical and temporal signals from an MMF laser before and after genetic optimization are displayed. The optical spectrum has been simplified from dual bands to one band while its temporal signal shows no sharp pulses but shows some noisy baselines without clear pulses indicating it may still not have automatic mode-locking enabled.
Experimental results demonstrate the power of genetic MMF lasers for advanced applications. Regenerating a dog’s tooth serves as a promising precedent; next steps involve conscious communication with DNA and using it to program cells – something spiritual teachers have long known about through language or thought alone; now scientific proof supports this theory.
