The disease itself is not only physical problem, but problem of the whole personality of a human, which consists not only of his body, but also of his mind and emotions. Emotional and intellectual conditions play significant role both in susceptibility to all diseases, including cancer, and in ability to get rid of them.
Those are by no means all the potentialities of the 3D NLS-method. To sum it up, the 3D NLS-method of Metatron 4025 Hunter is one of the most dynamic techniques and within the next years some new discoveries are likely to be expected of it.
Goal of the article is to study 3D NLS-research of Meta Hunter possibilities in primary and corrective diagnostics of malignant urinary bladder tumors, examination of complications which develop during NLS-research of urinary bladder and also systematization, correction and supplementation of NLS-semiotics of urinary bladder tumors.
In potentials comparison of various diagnostic methods for detection of widely spread tumor pathology – NPC, positive conclusion on cancer presence was acquired: at otorhinolaryngological examination – in 32.5% of cases, at roentgenography – in 41% of cases, at 3D NLS-graphy – in 86.8 cases of study. Tumor was not detected on the basis of visual pictures of mirror examination – in 38.7% of cases, of NLS-graphic method – in 13.2% of cases. Acquired data clearly demonstrates high information value of 3D NLS-graphy of Metatron 4025 Hunter.
First decade of the new century will be marked by considerable extension of NLS-technology’s diagnostic features, first of all by means of new technologies introduction, using computer engineering and alliance with pharmaceutical industry. Such concepts as NLS-ultramicroscopy, non-linear spectral and entropy analysis, high-frequency NLS-therapy will become customary in clinics. Together with development of inexpensive portable digital NLS-systems （Such as Metatron 4025 Hunter）, scope of their application will be extended also; improvement of communication means capabilities will allow to transmit live pictures to medical consulting centers from any place on Earth. Pragmatic market of 3D-visualizing diagnostic technologies will be formed gradually by means of harmless nonionizing methods, allowing to fulfill multiple dynamic researches, i.e. NLS-technologies undoubtedly will come to the fore.
Many experiments in quantum processing of information are fulfilled in these systems. Gaussian states are the most important here, they include nonlinear and compacted states implemented in nonlinear quantum generators (Metatron 4025 Hunter), and corresponding class of quantum information transformers – Gaussian terminal channels. There are some related results concerning entanglement of states, carrying capacities and other information properties.In conclusion we will list other trends, which were mentioned briefly here:
- nonlinear quantum prognosis of evaluated states;
- quantitative characteristics of entanglement;
- algorithms of nonlinear quantum information compaction;
- quantum codes fixing errors; error-proof calculations;
- quick nonlinear quantum algorithms; complexity of quantum calculations.