Superphysics
Gravitational Signatures
2 minutes • 350 words
Table of contents
Chapter 4 explained that energy and force comes from the media of the 5 layers that transfer to the substances or particles in existence.
The amount of energy that can course through the susbtance depends on the inherent configuration of that substance. We call this the gravitational signature, notated as G.
Historically, this has been called:
- dharma (for general things)
- svadharma (for specific things)
It defines how things interact, not only with media and forces, but also with other substances and particles, and the rest of existence.
The gravitational signature also explains the purpose or use of a substance or thing in Nature, working within the conservation laws.
The more of the 5 Layers an object exists in, the more complex its signature.
For example, each existing thing has the following components for its gravitational signature.
| Layer | Location |
|---|---|
| Aethereal | Relative Purpose in Nature |
| Spatial | Spacetime coordinates |
| Radiant | Energy level |
| Convertible | Ability for chemical reactions |
| Material | Persistence |
The Gravitational Signature Determines What Layer the Identity Exists In
Since the universe is made up of waves and each wave is a representative of a layer or element, then the properties of that identity will reveal either:
- the layer (subscript
l) that it is in. This in turn will help reveal its gravitational signatureG - its gravitational signature
G. This will help reveal what layer it is in*
Superphysics Note
Leads to Technologies
In Material Superphysics, gravitational signatures lead to technology-solutions, just as they lead to social solutions in Social Superphysics and medical solutions in Bio Superhysics:
- Fusion is solved by knowing the gravitational signature of hydrogen
- Levitation is solved by knowing the gravitational signature of the object
- Teleportation is solved by estimating the gravitational signature of the object at the other location
- Time travel is solved by the same estimation but with the additional factor of the object’s past. This is why time travel to the past will be easier than a travel to the future.
