When a gravitational particle vibrates in a transversal-based directoralization (in a manner that travels in the direction of its angular momentum), the particle displays the behavior of being a graviton. When a gravitational particle vibrates in a spin-orbital-based directoralization (in a manner that travels in the direction of a radial displacement), the particle dispalys the behavior of being a gravitino.
The angular momentum of a gravitational particle (gravitational particles are always bosonic when these behave as such) tends to bear much more vibration as it acts as such than when it vibrates in a radial manner.
As a metaphor: The marionette would be the "superstring," the motion of the marionette would be its "Fadeev-Popov-Trace," and the puppeteer here represents the gravitational particle that corresponds to a given arbitrary superstring.
Gravitational particles are not discrete units of energy permittivity, since these differentiate off of any given arbitrary Real Reimmanian Plane, yet, gravitational particles are a form of discrete energy. The motion of gravitational particles thru the Rarita Structure through the amplitude of the Ricci Scalar allows units of discrete energy permittivity to stay proximal to each other so that things do not fly appart so that energy may exist by having a relation. Got to run. I will communicate the rest of this curt explainantion/metaphor later. Catch Ya Two! Sam. The more that I explain, the more complete I may present what I am thinking.
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