(24) Diamagnetic materials have entangled electrons (Pauli pairs) whose magnetic dipoles compensate mainly each other. ↑ ↑
(25) Due to an external magnetic field, the electrons are partially aligned by the external field. With the removal of the external field, the electrons return to their initial positions. ↑ ↑
(26) The induced field in diamagnetic materials aligns along electron pairs perpendicular to the external magnetic field. ↑ ↑
(27) In a superconducting coil, the magnetic field of the electric current induces an alignment and entanglement of the magnetic dipoles of the electrons until they become self-holding. ↑ ↑
(28) When a superconducting coil is quenched, the magnetic dipoles of the electrons tilt back to their initial position and are subject to the Lorentz force. A current is induced. ↑ ↑