In the experiment, scientists irradiated DNA samples. As a result, luminous phantom structures appeared on the screen. The phantoms resembled the shape of the DNA sample and some objects around it.
It turned out that the 98% garbage DNA in an organism does not consist of random RNA texts but of highly meaningful word-codes (homonyms). Their correct reading leads to the formation of critically important proteins and the life of an embryo.
Quantum Information Matrices (QIM)
In this theory, the quantum wave function
The coding of information by the cellular matrix is based on the principles of the physics of quantum mechanics and of classical Shannon information theory. As in classical physics, the quantum properties are represented by subspaces of the Hilbert space called projectors. Standard Kolmogorov probability theory applies to the projectors, and their Kolmogorov probabilities can be determined using a projective decomposition of the identity matrix.
However, there are many nontrivial problems unique to quantum information that lack any simple classical analog. These problems arise when one compares (but does not combine!) two incompatible quantum frameworks.
For instance, if two different frameworks each produce a polarization with the same sign and magnitude, but the polarizations are incompatible, the result is a state with no measurable polarization.
This is known as the quantum Cramer-Rao inequality. It imposes a minimal metric on the quantum state manifold, and it is important for many quantum estimation protocols, measurement optimizations, and uncertainty relations.
In addition, the quantum Fisher information gives a tight quantization of the covariance structure of the quantum state space. This metric is also important for quantum Riemannian geometry and provides insight into the nature of quantum uncertainty.
Healing with sound linguistic wave genetics uses a pool of quantum equivalents of genes that are processed by Local Convex Groupuscule technology into mesenchymal stem cells, which are then injected into the body. These stem cells carry the linguistic wave genetics and are programmed to carry out the neurogenesis quantum program. This treatment can be used for a wide variety of diseases, including cancer and chronic fatigue syndrome. In one experiment, a group of sick rats was injected with lethal doses of alloxan, which destroys the pancreas. The control group of rats developed type 1 diabetes, but the group treated with linguistic wave genetics recovered from their disease.
Quantum Regeneration of a Dog’s Tooth
The synapsis between DNA and the living organism is a quantum non-local information transfer system. In a similar way to holographic video tapes, chromosomes store the instructions for maintaining an organism in a healthy condition. But these video tapes get corrupted and errors accumulate over time (DNA mutations). As a result, the organism gets sick, grows old, and eventually dies. However, these video tapes can be renewed and corrected using the method of Wave Genetics.
The main function of a genome as a quantum biocomputer is to broadcast regulatory genomic-metabolic information on the intercellular, tissue and organism level, and this is done on the wave level, using coherence photons in the form of dynamically polarized holograms and phantom DNA structures. This new era in biology, called Linguistic-Wave Genetics, offers an entirely new approach to regenerative medicine.
A demonstration precedent of the principle of linguistic-wave genetics has been achieved by introducing quantum equivalents of working genes into multipotent mesenchymal stem cells (MMSCs) obtained from human adipose tissue. These quantum equivalents of working genes are processed by Local Convex Groupuscule technology and the programmed MMSCs are then introduced into the surgically removed rudiment of a human tooth and resulted in a complete regeneration of a dog’s upper right molar over 9 months (upper photo). This experimentally proves that the principles of linguistic-wave genetics, based on relatively simple laser technologies, open up an infinite domain of regenerative medicine based on the new quantum recombinational genetics.