Stability of electronic matching of macroscopic quantum objects

Abstract

It is shown that water, the associated phase which possesses the properties of a collective quantum oscillator, is capable of transmitting electronic excitations to conjugate quantum objects detected by a quantum sensor based on the superconductivity of NV- centres from changes in the emission of water by the Bose-condensate of electrons. The obtained regularities of the behaviour of quantum conjugate water allow studying the state of human body systems non-locally, based on quantitative estimates of the efficiency of translation of Bose-condensate electrons excitations to quantum-conjugated objects.