FIELD: physics, radio.
SUBSTANCE: invention concerns radio technology and can be applied in information transmission. Method involves forming of soliton-instantonic breather in first resonance system, breather excitation by bringing it in tremour state by affecting it, information reception in N (N≥1) second resonance systems distanced from the first resonance system and interconnected to it, registration of electromotive force induced in second resonance systems, formation of M (M>1) breathers in first resonance system, differing in properties. Each of N second resonators is excited due to excitation of both quantities of M breathers of first resonator.
EFFECT: possible transmission of multibit information.
2 cl
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|
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