The Medium of Radiance (Photons, Heat, Magnetism)

Table of contents

The Medium of Radiance facilitates the dynamics of the radiant layer. It manifests as:

Physics Name	Superphysics Name	Force	Requirements	Examples
Photon	mor1	Light	2D wide continuous channels	Glass, Still Water
Heat	mor2	Heat	Large channels for agitation	Hot plasma, Cold Ice
Virtual Photons	mor3	Magnetism	Tiny straight channels	Magnets, Superconductors

To understand magnetism, which is facilitated by virtual photons as force carrier, we must understand photons first.

In Cartesian-Spinoza Physics, photons differ from electrons since they are shaped by Nature as lines, whereas electrons are shaped as spheres.

This is why the wavelength of light is obvious, whereas those of electrons are not.

This feature of light gives its abilities in reflection and refraction, making it unique among the 5 Elements.

In our Law of Conservation of Aether, electromagnetic (Radiant) particles are made up of 3 aether particles.

There are arranged in a photon in a line. Short Wavelengths have their aether spaced closer.

White light is made up of various wavelengths.

When light hits a glass straight, its particles pass through together.

But when it hits at an angle, the long wavelengths get separated from the short ones.

The long wavelengths can squeeze through irregular gaps more easily to continue their path.

But the short ones need to follow the material more.

The same principle applies to rainbows.