Chronosemantic therapy techniques

AUTHORS : Gotovsky Yu.V. | Mkhitaryan K.N.

RELEVANT UNIVERSITIES : Center “IMEDIS”, Moscow, Russia

YEAR : 2004 | Category : Method of Treatment

Let us consider the procedure for constructing an energy‑informational preparation (EIP), which allows the body to learn to solve some particular task of self‑fulfillment assigned to it. In accordance with the reasoning given in section 3.1, this EIT must satisfy two different classes of conditions: (BUT). It must restore the reproducibility of the BAP measurement, disturbed by the goal marker (MC) of the self‑fulfillment task, the solution of which must be learned by the organism.

This is symbolically written in the form of an ART‑formula: MC ↓ + EIP ↑ (for BAP measurements). (IN). It must meet a certain system of environmental tests: {THISi}↓ + EIP ↑, where: ETi Is an energy‑informational preparation used for carrying out an ecological test, i is an index of the corresponding ecological test, i = 1, …, N, and N is the number of tests in the system.

If as environmental test systems (SET) to use a set of electromagnetic signals taken from the end point of the OHL, then the conditions that the EIT must satisfy will take the form:

(1) VenD + EIP ;

(2) SatD + EIP ;

(3) SanD + EIP ;

(4) MerD + EIP ;

(5) MarD + EIP ;

(6) JupD + EIP .

This system (set) of environmental tests is called hereinafter the standard chronosemantic system of environmental tests (SXSET). In accordance with the interpretations of individual tests included in it, the fact that a certain EIP satisfies CXSET can be interpreted as a guarantee (at the ART level, of course) that the assimilation of this drug will lead to raising chronosemantic criterion of OHL.