Wave genetics ru is an innovative body restoration method based on quantum nonlocality and entanglement principles, promising to revolutionise medicine for years to come.
Rassmotrennyi volnovy sposob can effectively treat abnormal cells and parazities of chrovi in an organism using an electron microscope to identify anomalous and parazytic areas in cells and tissue. Alternatively, an alternative approach uses an atipic microscope for visual inspection to locate suspicious structures and parazitov krovi.
Radiation dose
Studies conducted over several years have demonstrated that biologically active chromosome radiations can be transformed into broadband genetic-signal radio waves, which can then be utilized to transmit information. The process works via the principle of holography and teleportation of genetic information – known as Wave Genetics in quantum theory terms. This technique has proved highly useful for studying living organisms’ responses to environmental stresses as well as understanding relationships between genes and phenotypes, with applications including cancer therapy treatments and gene therapy applications being made use of.
Parasitic tick spectral range destructors are converted to parametrically coupled radio-volnovo spectrums that contain genetic characteristics specific to biological objects scanned; these unique genetic signatures correspond with optical activity within each biological system and make up its unique biological signature.
Medicine and biology have long employed methods for manipulating biosystems with physical fields. This typically includes trial-and-error modulations of laser, radio wave, and acoustic radiations using mechanical, electromechanical, acousto-optical modulators as a way of altering their behavior.
However, recent findings show that quantum nonlocality can be explained through laser radiations produced by chromosomes. These radiations have the capacity to shift the polarization plane of their own photons emitted and occluded – an essential feature of quantum nonlocality. Holography and quantum entanglement serve to connect them coherently and indefinitely. This means that chromosome radiations do not act passively but rather can take an active role in their metabolic functions, as described by the Holographic Model of Genome Biocomputer. This ability substantiates the claim that quantized optical activity can serve as a means for an organism to access infinite information regarding its metabolism, by way of endogenic chromosome laser radiations which read this data before producing regulatory radio emissions from an associated genome biocomputer.
Exposure time
Wavegenetics explains the biological response to electromagnetic radiation caused by entanglement between genetic and metabolicheskogo information. Genetic apparatus works on two levels: protein synthesis at material level, and wave level which works through holography principles. Both these levels are interlinked through quantum nonlocality which describes physical connection between particles and waves that is not limited by space or time; this concept forms the foundation for new field known as wave genetics which has the potential to revolutionize many disciplines including medicine and biology.
Biocomp’iuterom lazerno-radiovolnovoe izluchenii is used to generate modulated radiation in the form of lasers and radio waves using bioinformation entangled between donor and receptor, where donor represents photons of particular frequency or wavelength and receiver represents electromechanical, acousto-optical or other devices that transmit signals between donors and receivers.
Multiple research approaches support the theory that genomic information of DNA preparations is stored as an irreducibly continuous quantum-nonlocally distributed polarized radio wave continuum. This concept can be seen in EPR spectroscopy; specifically a new type characterized by correlating photon-radiowave polarization spectrum correlation. This connection establishes a quantum nonlocal relationship between photons and genome that mirrors quantum mechanical theories’ theory of entanglement.
Dose-response relationship
Dose-response relationships form the cornerstone of causality evaluation in medical research, typically presented in graph form and analyzed using various statistical tests designed to detect any apparent trends in data. While an apparent trend does not imply causation, many studies are not powered to detect them either; one such test, known as the Cochran-Armitage test based on the chi-square test for trend, can help to detect an apparent trend for binary outcomes.
Dose response analysis involves studying the impact of an intervention on an outcome and requires both predictor and outcome measurements using rigorous interval scales. While this assumption can be easily met in agricultural science and engineering studies, clinical trials often make this more challenging due to patient awareness about treatment being given which could influence patient responses such as psychological anticipation, repetition and other sources.
A dose-response relationship is a graph that depicts the magnitude of an interaction between drug concentration and biological response (such as tissue, cell or population response). Its shape usually follows Hill’s equation; where E displayssize E is the size of biochemical response while [A] displayssize [A] represents drug concentration needed to produce maximum reaction and C50 represents concentration at which response is half maximum.
Researchers who specialize in wave genetics have discovered a form of memory in DNA molecules which operates at two levels – material and wave. While material accounts for only 1% of genome, producing proteins. Meanwhile, wave memory accounts for 98% and works on principles associated with holography – it’s associated with quantum mechanical concepts like entanglement and nonlocality as well as being capable of transmitting genetic information between cells across generations, creating new genetic codes that differ substantially from today’s widely accepted but incomplete model of genes.
Safety
The genetic apparatus of an organism is a wave hologram with the capacity for thinking. It can form pre-images of biostructures as well as register dynamical “wave copies” and “matrixes”, enabling this quantum mechanical DNA-wave biocomputer to control, monitor, and heal its own body.
DNA provides genetic instructions necessary for growth in plants, animals and humans alike. A kvantovye biokomp’iutera can create a matrix of biologically active substances – minerals, extracts, zhivykh kletok and tkanei, among others – which then can restructure DNA.
