FIELD: medicine. SUBSTANCE: method involves recording multichannel encephalogram taken from inductor and recipient beginning from the moment the synchronization signal is emitted. The received data are superimposed at 0.25-0.5 biopotential oscillation period minimum accuracy level. Recording is carried out in the bioenergetic information adjustment mode to set inductor in correspondence to the recipient and also in diagnosing and biocorrection influence mode. Recorded encephalogram data are divided into different time intervals of 1-10 s duration. Every time interval is subjected to frequency filtration with 0.1-1 Hz step. Cross- correlation coefficient between filtered frequencies of each inductor and recipient brain recording channel. Link in antiphase at frequency spectrum step of 0.1-1 Hz width in 8-13 Hz alpha-rhythm bandwidth being observed, adjustment readiness is determined to take place between the inductor and recipient. Then dominant links between various areas of the inductor and recipient brain are to be selected in tuning, diagnosing and correction influence mode. Synphasing link at frequency spectrum step of 0.1-1 Hz width in 14-30 Hz beta-rhythm bandwidth being observed between frontal central regions of the inductor brain and regions of the recipient brain being detected, bioenergetic information links in diagnosing mode are determined. Synphasing link at frequency spectrum step of 0.1-1 Hz width in 1-7 Hz delta- and theta-rhythm bandwidth between frontal central regions of the inductor brain and occipital regions of the recipient brain being detected, bioenergetic information links in correction influence mode and extrasensoric abilities of sensorial healer are determined, respectively. EFFECT: enhanced accuracy in reliably determining existence of bioenergetic information links. 5 dwg
