Post by Pincho Paxton on Dec 7, 2017 13:07:24 GMT
The universe is built from zero.
1 + -1 = 0
Two opposites make zero. The opposites are holes, and fillers.
Fillers spin around holes to create scale like the scale for atoms for example. Fillers bump fillers, outline holes, and give them a radius. Holes are the areas of least resistance for fillers, but fillers can't move directly by themselves they have to be bumped by a neighbour. The bump propagation of spin forces makes straight line propagation impossible due to the stacking system of torus having an area of least resistance which is hexagonally stacked (the same as the kissing number problem). The hexagon stacking system is built from toroidal spin forces.
The total of these physics moves fillers towards holes with pulses of spin around holes as torus passed along in waves of bump forces... that is gravity.
At each bump point there is a wait point, but gravity can't completely stop so it spins, and scales down like a spinning ballerina pulling in their arms.
That is negative quantum spin detachment... Pincho Paxton: Negative Quantum Spin Detachment
The detachment of spin physics is temporary, and scales back up again to continue with the next bump propagation similar to a jelly fish flutter. But the temporary spin detachment has an area of least resistance that can be pushed into. This limited opening around a torus is the seed of a vortex, but not quite a vortex. In other words.. bump propagation is almost a vortex but the particles move forwards so long as they are timed at the correct pulse frequency. Should there be a disturbance in the forward propagation the negative spin detachment can become a torus of least resistance with scalar physics attached. A scalar group of combined spinning torus is a vortex, and there is a rocking motion to go with those physics as well.
That's about it.
Pincho Paxton
1 + -1 = 0
Two opposites make zero. The opposites are holes, and fillers.
Fillers spin around holes to create scale like the scale for atoms for example. Fillers bump fillers, outline holes, and give them a radius. Holes are the areas of least resistance for fillers, but fillers can't move directly by themselves they have to be bumped by a neighbour. The bump propagation of spin forces makes straight line propagation impossible due to the stacking system of torus having an area of least resistance which is hexagonally stacked (the same as the kissing number problem). The hexagon stacking system is built from toroidal spin forces.
The total of these physics moves fillers towards holes with pulses of spin around holes as torus passed along in waves of bump forces... that is gravity.
At each bump point there is a wait point, but gravity can't completely stop so it spins, and scales down like a spinning ballerina pulling in their arms.
That is negative quantum spin detachment... Pincho Paxton: Negative Quantum Spin Detachment
The detachment of spin physics is temporary, and scales back up again to continue with the next bump propagation similar to a jelly fish flutter. But the temporary spin detachment has an area of least resistance that can be pushed into. This limited opening around a torus is the seed of a vortex, but not quite a vortex. In other words.. bump propagation is almost a vortex but the particles move forwards so long as they are timed at the correct pulse frequency. Should there be a disturbance in the forward propagation the negative spin detachment can become a torus of least resistance with scalar physics attached. A scalar group of combined spinning torus is a vortex, and there is a rocking motion to go with those physics as well.
That's about it.
Pincho Paxton