Superconductor for electron transmission, has carrier such that outer shell electrons receiving energy quanta, with alteration of elliptical path of electrons around atom core.

摘要

The superconductor has a carrier arrangement such that the outer shell electrons receive energy quanta, with an alteration of the elliptical path of electrons around the atom core. The carrier for the electron transmission is designed such that the outer shell electrons receive energy quanta, which alters the elliptical track of the electrons around the atom core in to an energy rich track form. With the cooling of the cryogenic conductor under the transition temperature, the elliptically shaped outer shell electron track of ES can no longer hold, due to the altered centrifugal or centripetal force between the electrons and the core. The electron completes a straight movement in the direction of the drop, and to the ISD electron. The straight line cryoelectron movement means energy transmission by IS. An energy transmission follows by reactive current, and with heating in the cryogenic conductor the effect to ES from IS. Between ES and IS exists the difference, that the first can only flow if the current circuit is closed. The last swings between two endless resistance values, in which the IS electrons in the conductor material move substantially unhindered between the corresponding potential drops.