The Conservation Laws and the Gravitational Signature
2 minutes • 309 words
Table of contents
The Conservation Laws
Each of the 5 Layers implements a Conservation Law in order to maintain the balance in the universe:
Layer | Conservation Law |
---|---|
Aethereal | Idea |
Spatial | Momentum |
Radiant | Energy |
Convertible | Aether |
Material | Mass |
The Law of Conservation of Idea
This operates in the aethereal layer and is the foundation of the gravitational signature which this law says must be unique.
This then leads to movement as those signatures adhere to this law in the physical domain.
The Law of Conservation of Momentum
This operates in the spatial layer and is the foundation of the rules of motion which are the implementing rules for this law.
The Law of Conservation of Energy
This operates in the radiant layer and is already well known in Physics. Energy is the crudified version of momentum.
The Law of Conservation of Aether
This operates in the convertible layer which facilitates “flavor changing” and is responsible for the diversity of the material layer below it.
Flavor changing is a good and natural word for this layer because traditionally this was called the Water Element.
It is the wetness of water and liquids that allows both:
- the perception of tastes by our tongue
- the detection of neutrinos by large liquid detectors.
The Law of Conservation of Mass
This operates in the material layer and is already well known in Physics. Matter is facilitated by the static aetherspace and is the most crudified version of the aether.
Gravitational Signatures
Each identity has a gravitational signature which explains its purpose or use 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 Material Object 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 |