Gauss Law for Magnetism

Radiant Micro Displacement is most easily seen in a magnet being dropped in a copper tube.

Gauss Law and Lens Law for Magnetism

In Descartes’ Physics, the forward movement of the magnet squishes the electrons in the magnet. This creates a channel for the striated particles (virtual photons) to go through. This creates a virtual photon vortex that fights against the movement.

In ∇ · B = 0:

• B is the vortex or hole
• ∇ is the form of the vortex depending on the relation between relational speed (2nd Element), object (3rd Element), and other object (3rd Element).

The movement of the magnet shifts into “Lenz Law”:

∇ × E = − ∂B/∂t

• E is the volume of space particles that go with the vortex form
• − ∂B/∂t is the change of the vortex as it moves because of E. It is negative because the virtual photons move in the opposite direction as they are sucked into B