Theorem 9: First Degree Surface Interaction
Posted: Wed Jul 16, 2025 6:26 pm
Theorem 9 A First Degree Surface Interaction is any transfer of Energy that leaves, as a remainder, one or more Particles removed from their Radiation Source.
A more complex example of a First Degree Surface Interaction might be a Particle Radiated directly away from its Mass Structure becoming subject to the next strongest Radiation Source. If the next strongest Radiation Source were a nearby star, the Particle would travel anti-parallel to that star's Radiation, and be deposited at its nearest pole, joining the surface of the star's Mass Structure.
It would also be possible for that Particle to balance perfectly between the poles of the star, unable to return to the Mass Structure and held at orbit by the Radiation emanating from the star; like a ball on the top of a column of air or water. The distance of its orbit is determined by the relative size of the particle and the total particles within that Radiation Coordinate System.
A more complex example of a First Degree Surface Interaction might be a Particle Radiated directly away from its Mass Structure becoming subject to the next strongest Radiation Source. If the next strongest Radiation Source were a nearby star, the Particle would travel anti-parallel to that star's Radiation, and be deposited at its nearest pole, joining the surface of the star's Mass Structure.
It would also be possible for that Particle to balance perfectly between the poles of the star, unable to return to the Mass Structure and held at orbit by the Radiation emanating from the star; like a ball on the top of a column of air or water. The distance of its orbit is determined by the relative size of the particle and the total particles within that Radiation Coordinate System.