My name is Pavel Skvortsov. I live in Russia in St.Petersburg. I am a mathematician. Has finished the Leningrad (St.Petersburg) State University. Then studied at the Moscow State University. I work at the St.Petersburg State University.
       Besides favourite work I have other interests and enthusiasmes. One of them is connected to methods of biolocation and opportunities of their application. The constant experiments and trainings during many years allow me to assert, that the developed technique is almost universal in relation to any questions and areas. The text given below, is specification of this statement. It is offered, as a basis for cooperation, to all interested people.

        Situations when from some potentially possible variants (the solution of a problem or a task) one may choose the best fitting this aim or doing the greatest (e.g. financial) job occur everywhere. In most cases such a choice cannot be done by means of expert or known analytical techniques. Therefore another approach is in principal offered without using specialized expert estimates and without requiring mathematical models to be constructed and a corresponding software to be used. As a result, the approach is suitable even though there are no experts in the given area (or the services are too expensive) and there is no adequate mathematical model or the model is very intricate and results in cumbersome computations inaccessible to available computers so far.
       The technique offered is based on nonstandard, unique, author's practice of the biolocation. A numerical estimate of difference of a corresponding to it future system state from its optimal state (attainable at some best influence) or from ideal (in the context under consideration) system state is indicated for any system (situation) and any possible influence on it. Thus, chosen all the variants one should seeparate out those which yiel the best result. At the same time it is clear how much it differs from "theoretically" attainable optimum or whether other successful solutions should be sought.
       To be granted, if only one variant of "actions" is planned then one might precisely "count" (estimate) forward effect and solve whether it is really necessary to do that.
       The speed of execution is still more adavantage of the technique offered. Once acquitance with the statement of the problem, actions variants offered and possible their specifications, elucidating or revealing determined parameters-characteristics the process itself of receiving a numerical estimate mentioned above for each variant takes seconds. If there are some variants after receiving all such numbers it remains to select variants for which these numbers are minimal. Then one should select the best variant estimating in the same manner (or another) on the less important (but significant) system parameters. This method is thus a universal express-train one.
       This method id applicable, effective, saves considerable money and material means, and it allows to avoid tragical mistakes, accidental victims and catastrophes:
       1) When controlling in the broad sense by large systems of various nature, the mathematical modeling of resulting states caused by scheduled controlled actions (e.g., proposed rearrangement structurally or superposition of new external or internal assiciations) is not developed or is too complicated; an urgent case is the integration of Russia and Byelorussia.
       2) When designing intricate bulky process equipment, constructions and their elements when there are a few engineering solutions, and the choice of best is connected with the expensive production and testing of experimental specimen or scaled models.
       3) In situations when system, process and construction "parameters" are to be chosen empirically, i.e. by trial and error method.
       4) By examining an ecological state for any objects: inhabited and unhibited dwellings, sites of ground, subsoil waters at any depth under a given place on the surface, materials of various purpose, products of feed, drinks, cosmetic means and etc.
       Except for opportunities indicated the biolocation technics allows us carrying out medical and technical diagnostics of state of any organs and systems of biological and technical objects and receiving numerical values depicting a deviation degree of investigated "parts" at the object from their ideal state. In doing so, objects themselves can be represented without visual viewing, e.g. by their photos or images not so good quality.
       If the way of influence on the object with the purpose of changing its state in the desirable direction is found then any means of influence are amenable to mental modeling with a simultaneous estimation of a resulting deviation state from a theoretically attainable or from an ideal one (in the case if treatement or repairing).
       The state estimation may be retrospective in time that enables us determining the time it takes the process for change in an object or its state. In particular, in some photos of an event (emergency start of the cosmic ship) one can determine a system or construction elements entails a catastrophe.
       Besides universality the applicability in the areas and problems in which the question concerning whatever examination arose because of an explicit lack of reasonable means or an idea by itself of possibility of similar nontraditional approaches and nonstandard statements of problems. E.g., the influence on the health state being inside a given spatial geometric (architectural) shape for a given time. Estimation of the financial standing and solvency of a client in the given time. Estimation of one or another business qualities of a potential partner. There is still one application is refining the best pre-election strategy and tactics of a candidate. There appear new possibilities in the majority of traditional situations, e.g., in recruiting of a staff and making up working groups. However when elaborating new statements of expert problems a certain correctness is needed on formulating questions to receive corresponding number meanings-answers. This specification of the statement is of important stage in the work defined its final success.
       The lack of the method is the impossibility of rapid training (in most cases simply in training) to this method. Another lack is absence of strictly scientific whys and wherefores of existing explanations of similar techniques. However this lack is obscured by successfulness in their practical use.

        These eight bars of gold of 128 kg. were found completely casually in "Bolshoy Gostiny Dvor" of St.Petersburg during its reconstruction in 1965.

        I would like to check up my methods of search of the similar hidden treasure, when it is precisely known about his existence, but place of the hidden treasure is known only approximately.

To obtain additional information and with the notices one should apply for Pavel Skvortzov.
E-mail: pgs@solaris.ru

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