Theorem 12: Third Degree Surface Interaction
Posted: Wed Jul 16, 2025 6:29 pm
Theorem 12 A Third Degree Surface Interaction results in a physical change to the Mass Structure.
Third Degree Surface Interactions will include multiple Second Degree Generators of varying types. Simple gasses will form liquids, and more complex compounds. Proteins and nucleic acids form and further chemical reactions start to occur as the compounds continue to interact with Radiation. Chlorophyll is developed, even hormones appear.
There will be enough Gravitation by the advent of Third Degree of Surface Interactions that any gasses generated will likely stay attached or close to the Mass Structure.
It should be possible to find a Mass Structure that is able to store more Gravitation than its Mass Structure can handle. In this case, the Mass Structure is expanded by the increased entropy. If the Mass is unable to maintain its structure, it will split, break, or crumble, and quickly release its excess Gravitation as Radiation. If an Atom, it may split into two Atoms, each of smaller configuration. If a star, it will likely expel some amount of Mass along with emission of its excess Gravitation. This could form a future satellite or planet or it may fall back into the star and rejoin its Mass Structure.
Some Mass Structures will expel Mass along with Radiation emission only to restructure it at the poles, allowing an even greater capacity for Gravitation to be stored within the Mass Structure. Perhaps as the internal Gravitation increases, the Mass Structure expands to force internal Mass to the surface, creating mountains, continuing the example of an iron planet. A magnet will constantly shed spare electrons, and even small bits of iron oxide, only to have them restructured at its poles in effort to make the system more efficient.
Third Degree Surface Interactions will include multiple Second Degree Generators of varying types. Simple gasses will form liquids, and more complex compounds. Proteins and nucleic acids form and further chemical reactions start to occur as the compounds continue to interact with Radiation. Chlorophyll is developed, even hormones appear.
There will be enough Gravitation by the advent of Third Degree of Surface Interactions that any gasses generated will likely stay attached or close to the Mass Structure.
It should be possible to find a Mass Structure that is able to store more Gravitation than its Mass Structure can handle. In this case, the Mass Structure is expanded by the increased entropy. If the Mass is unable to maintain its structure, it will split, break, or crumble, and quickly release its excess Gravitation as Radiation. If an Atom, it may split into two Atoms, each of smaller configuration. If a star, it will likely expel some amount of Mass along with emission of its excess Gravitation. This could form a future satellite or planet or it may fall back into the star and rejoin its Mass Structure.
Some Mass Structures will expel Mass along with Radiation emission only to restructure it at the poles, allowing an even greater capacity for Gravitation to be stored within the Mass Structure. Perhaps as the internal Gravitation increases, the Mass Structure expands to force internal Mass to the surface, creating mountains, continuing the example of an iron planet. A magnet will constantly shed spare electrons, and even small bits of iron oxide, only to have them restructured at its poles in effort to make the system more efficient.