Researchers used a laser to capture and transmit DNA information patterns – an innovative step compared to traditional cutting-out methods.<\/p>\n
Laser light was used to irradiate DNA samples and record their wave patterns on screen, not disappearing when they removed the sample but remaining undeterred by removal – in other words, appearing independent of itself.<\/p>\n
Spiritual teachers and esotericists have long claimed that we can communicate with our DNA using words or thought. Now researchers are scientifically proving this claim! Using laser technology, researchers have devised a system to reprogram our DNA so it responds to thoughts. However, its frequency must match for proper results. This technique known as wave genetics<\/a> relies on the theory that our DNA is programmable. They’ve even managed to create an information transfer system where people can send information directly into their DNA so it changes body structures or heal them completely.<\/p>\n Laser biocomputer therapy is an innovative system that uses laser light and quantum biocomputing to connect with the DNA in human bodies. The quantum biocomputer scans donor biosystems several times during each session in order to remove specific spectral characteristics associated with gene-optical activity, creating modulated radio emissions that represent general regulative patterns within their endogenic physical fields; biosigns or polarizations of radio emission signals generated are then read by genome biocomputer as sets of memories (figurative, holographic or semiotic-semantic);<\/p>\n Information gathered is converted to a signal transmitted to biological cells and interpreted as an indication of specific metabolic functions, with biocomputers using this data to modify chemistry within cells to create healthier environments for life.<\/p>\n Similar methods have been widely employed for decades in medicine and biology, but their effects were limited and did not reach as far. What sets this approach apart is its incorporation of quantum mechanical DNA-wave biocomputer technology; research involving this concept shows that low molecular components – DNA, RNA, and proteins – have the capability of creating dynamical “wave copies” or matrixes which are then read by endogen genomic-biocomputer radiations producing regulatory (semantic) radio emissions.<\/p>\n Laser technology enables us to read the genetic information contained within living tissues and organisms, then transmit that same information onto another organism capable of taking it up. We have used this method successfully in regenerating dog teeth. Eventually we hope to be able to work on other human and animal organs too – the key being finding suitable donors so we can begin the experimentation.<\/p>\n One device designed and tested to transmit genetic information is a frequency-stabilized helium-neon laser with two orthogonal optical modes, designed specifically to transfer genetic data. Information is passed from donor biosystem (glass cuvette) via polarization modulation (spin states) of probing laser beam to recipient biosystem (second glass cuvette), where it is then converted back into radio frequency electromagnetic wave spectrums by returning through laser resonator and back out again through modulation modulated probe beam.<\/p>\n Information correlated by photon polarizations is quantum nonlocal; thus it is known as laser radio wave genomic information and corresponds with postulated physical fields containing chromosomes and DNA that connect information channels.<\/p>\n These channels can be utilized for various purposes, from healing to manipulating DNA structure. In particular, the authors of this theory have demonstrated that living DNA responds favorably to language-modulated laser rays and radio waves with specific frequencies used on it.<\/p>\n This feat is made possible due to the fact that DNA molecules possess an atomic resonance frequency similar to light. Furthermore, researchers discovered that when genetic information was transmitted via radio waves to an organism’s mitochondria it could then be recorded and converted into biosignals which influence metabolism, inhibit aging processes, or regenerate organs; such experiments form the basis of new field in biology known as “linguistic-wave genetics<\/a>“.<\/p>\n This study has demonstrated that a canine tooth can be quantumly (regeneratively) rebuilt using a laser-based method based on an expanded understanding of genetic coding principles. Multipotent mesenchymal stromal cells (MMSCs) were pretreated with human tooth rudiment quantum genetic information and spontaneously transformed it into modulated broadband electromagnetic radiation carrying this same information, first recorded through polarization modulation probing photons.<\/p>\n Reviving biological cells to regenerate organs using the same principle has long been used in medicine and biology; physical fields have long been employed to influence biosystems with modulations selected by trial-and-error on amplitude, frequency and phase parameters such as laser radiations from radio waves or laser, radio wave transmission or other radiation sources via mechanical, electromechanical, acousto-optical modulators are effective ways of doing so.<\/p>\n Medicine and biology have long employed methods for manipulating biosystems with physical fields to induce changes. These interventions utilize laser, radio wave and other radiation modulations through mechanical, electromechanical, acousto-optical devices in order to alter amplitude, frequency and phase modulations – these have shown to bring about changes within biological systems such as inhibition of aging or regeneration of organs such as the endocrine glands.<\/p>\n Experiments conducted with DNA preparations led to an important discovery, where it became evident that information contained within them can be transmitted not just via wave lengths and frequencies (as is commonly understood), but also polarization modes – thus validating quantum nonlocality theory.<\/p>\n Laser radio-wave physical fields can read the polarization mode of DNA information signals to transmit genetic messages directly into our bodies and cells for interpretation by genome biocomputers as instructions to carry out regulatory functions in organisms. This form of research supports spiritual teachings which suggest our bodies can be programmed using language, words and thoughts.<\/p>\nHow does it work?<\/h2>\n
How long does it take?<\/h2>\n
What are the side effects?<\/h2>\n