FIELD: chemistry.
SUBSTANCE: invention relates to the field of interactive systems based on virtual reality for teaching neuromeditation and neuroconcentration. Technical result is achieved by the fact that using a neural interface device comprising a plurality of electrodes, user biosignal data is determined; biosignal data are continuously received from the electrodes using a computing device and the actual value of meditation is periodically determined and an actual concentration value based on the biosignal data transmitted from the neural interface device; actual value of meditation is compared and an actual concentration value with a reference value of meditation and a reference concentration value for determining feedback; determining, whether the actual meditation value and the actual concentration value were higher than the reference value for determining the stability of the state; determining feedback based on biosignal data and preset values; feedback is transmitted to the virtual reality device and the feedback is displayed as VR content on the display of the virtual reality device, wherein the visual component of the VR content is modified based on the feedback.
EFFECT: improved user working memory.
15 cl, 5 dwg, 1 tbl
