FIELD: wireless data transfer systems. SUBSTANCE: method includes use of directional neutrino flow as signal carrier which is recorded on receiving end and converted into electric signal. Proposed method is characterized in that neutrino is recorded in chamber filled with quantum fluid of receiver neutrino detector by recording secondary radiation formed due to interaction between elementary particles; quantum fluid used for the purpose is helium whose temperature is below that of transfer to superfluid state. EFFECT: enhanced stability of communications independent of weather conditions. 1 cl
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