Explanation for Observation of "Moments of Silence" (intermittance of Cooper Pair Breakage Dependant Upon Duration Mechanism Was Chilled) in Recent Aalto University Experiment
https://www.sciencedaily.com/releases/2021/12/211220120621.htm
Cooper pairs break in bursts (less when the superconductor has been cold for a long period) because residual axis spin of electrons in the superconductor carry magnetic moment that has not completely dissipated. The electrons sent through the superconductor, regardless of where the pent up moment in the form of axis spin is located along the wire (within a certain distance) is drawn to the area with electrons and this brief loss of superconduction leads to the breaking of Cooper pairs, an act which dissipates the last bits of remaining magnetic moment in the electrons in that section of wire and clears the way for the periods of silence observed by the researchers. This ties in well with the publication I posted yesterday on electron spin being responsible not only for magnetic moment itself, but its relationship with phase being the defining factor in determining whether an electron is an electron or a positron.
The Future Is Made in America
21Dec2021
https://www.sciencedaily.com/releases/2021/12/211220120621.htm
Cooper pairs break in bursts (less when the superconductor has been cold for a long period) because residual axis spin of electrons in the superconductor carry magnetic moment that has not completely dissipated. The electrons sent through the superconductor, regardless of where the pent up moment in the form of axis spin is located along the wire (within a certain distance) is drawn to the area with electrons and this brief loss of superconduction leads to the breaking of Cooper pairs, an act which dissipates the last bits of remaining magnetic moment in the electrons in that section of wire and clears the way for the periods of silence observed by the researchers. This ties in well with the publication I posted yesterday on electron spin being responsible not only for magnetic moment itself, but its relationship with phase being the defining factor in determining whether an electron is an electron or a positron.
The Future Is Made in America
21Dec2021
