Virtual Photon Relationalities

Both Virtual Photons and Heat Particles grab space particles to create spatial effects.

Heat and light particles deal with displacement from the 1st Rule of Motion.

• This is why heat displaces cold and light displaces darkness.

Virtual Photons: Cohesion

Virtual Photon Relationalities deal with cohesion as curl, just as photons deal with displacement or emission.

This is why we see light emitted but not going around, and why we see magnetism going around but not emitted.

1. Micro Cohesion

Examples are : Virtual photon vortex to matter

2. Cohesion

Examples are:

• Virtual photon vortex to electrons and space
• Virtual photon vortex within Virtual photon vortex

3. Macro Cohesion

• Galactic magnetic fields.

Maxwell’s Laws explain the cohesion relationalities.