Radiant-Radiant Relationality

The mechanism for Radiant-Radiant relationality is the timespace which is in the moving body, with reference to the speed of light.

The constant speed of light is based on the emission source. After it is emitted, it stays constant until it hits something that can slow it down.

The big complication in Physics is that the emission sources also move. This leads to 2 movements:

1. Movement by light from the Emission source

This happens in the radiant layer.

2. Movement by the Emission Source

This happens in the material layer. These 2 movements create a ratio between each other.

• This ratio is the √(1-0.5c)2/c2 that adjusts the apparent length of the moving source.

This phenomena is called invariance by Modern Physics.

• This invariance is the foundation of our timespace particle which is determined by the emitter or observer.

This can be visualized by 2 flashlights, both 1 meter, emitting light in empty space.

• Flashlight 1 is stationary
• Flashlight 2 is moving at half the speed of light
  • This makes it seem that it is trying to catch up with the light that it emitted

This gives an apparent length of 0.866 meters to flashlight 2

Special Relativity as the Changing of Spacetime Slices Listed in Francis Bacon Tables

Physics judges things based on their speed and movement. However, Superhysics judges speed and movement based on their layer.

In the future, anti-gravity technology will be available and a ship will find itself moving through space with various objects moving at different speeds.

This is similar to video games. However, a video game crash is not fatal, but a real crash is. So the physics that enables anti-gravity via spatial relationality should also reduce the chances of fatal crashes.

For this, we suggest a machine learning system that plots the relationalities in real-time, as Francis Bacon Tables.