Transmission and Processing of Information Using Two-Stream Neutrino Communication

Abstract

The paper considers the problem of organizing neutrino communication. The search for options to increase the data transfer rate was performed. For this, an analysis is carried out and the concept of multichannel neutrino communication is presented, and its physical implementation is described. It is proposed to create a second channel for data transmission using the quantum oscillation effect by dividing the neutrino flux into different flavors. The quantum oscillation effect is considered in detail, including its applied use. Calculated estimates are made of the maxima and minima of the crests of oscillatory waves from the neutrino energy. Interpretation and use of the obtained data have shown the applicability of the proposed approach for the implementation of data transmission by splitting the stream by the quantum oscillation effect.