Superphysics
The Media of Radiance: Light, Heat, Magnetism
2 minutes • 421 words
Table of contents
The Medium of Radiance facilitates the dynamics of the radiant layer.
The Forces from the Radiant Media
The media of the spatial layer create the various radiant forces:
| Sublayer | Media | Force | Requirements |
|---|---|---|---|
| Upper | Photons mor1 | Light | 2D wide continuous channels |
| Middle | Virtual Photons mor2 | Magnetism | Straight channels |
| Lower | Heat mor3 | Heat | Large channels |
Light
Light is the most obvious and important force of Radiance. It travels in straight lines but can be bent by space or matter, or reflected by matter.
Polarization
Mor1s are made up of 2-dimensional aether particles. This allows it to be channeled into a single angle, as polarization.
Invariance
The constant speed of light is based on its emission or reflection source which itself might be moving.
If that source is material, then it is governed by the material layer. This creates relativistic or relational motion.
Refraction
Photons can bend in space and matter because they are made up of 3 aether particles arranged in a 2D 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.
Reflection
Mor1s can also be reflected by bouncing off of matter.
Colors
The reflection and refraction of mor1s from material bodies produces colors.
Magnetism
Magnetism is facilitated by virtual photons as force carrier. Like, photons, these travel in straight lines, but can be bent by matter or space.
Unlike photons, they do not reflect so easily as they are 3-dimensional and have more force to push against matter.
Heat
Heat particles or mor3 are the crudest of the radiant forcesas it is able to affect matter directly. This allows them to be easily measureable.
This is why the mechanics of heat of the Radiance layer is basis for the Laws of Thermodynamics.
Heat cannot be produced in a cold object that has no heat.
The form of “fire,” the quality of “heat,” and the action that “burns” are completely different things from this wood.
Body A cannot move Body B unless Body A itself were also moving. It means that the flame’s body that acts against the wood is composed of small particles*. These move independently of one another with a very fast and violent motion.
