Feb 14 2022
Spin Drive
When an electron enters an atomic orbital, it receives a signal from the nucleus that changes and redefines its internal wavefunctions to a configuration that can accept more than 137 gravitons. It can then grow in diameter, mass, and charge. At the end of an arc, at a spin flip, the electron reduces to 1.3335 x 10-15 diameter and free electron structure. It is likely that another wave function signal comes immediately after the spin flip signal to set unlimited graviton absorption mode again. At the face of the earth, and at many other places in the universe, the gravitational field is very dense, and can carry many signals in the form of field quanta. I prefer to call them massless signals or messengers and give quantum field theorists the leeway to name them. Some names will come from existing tables.
A nucleus would know the number of electrons in orbit and exactly where they are in relation to the nucleus at any given time. An analogy might be a cell phone tower monitoring numerous cell phones in its vicinity.
It is acceptable to name gravitons differently when inside an electron because they can be greatly compressed. Wavelength is shorter and amplitude is normally smaller. In a large nucleus there would be wider variability with these parameters. In either instance, the gravitons are changed and compactified. Wave packets may form, such as with harmonics in music, selecting a few integer wavelengths to fit inside a longer wavelength, with position boundary conditions matching.
As for free electrons, these exchange gravitons as well. It is not two at a time exchange but a one for one exchange. This leaves the electron jiggling and/or pulsating. Gravitons entering an electron drive the spin, even if they do not pass through. For this we have the example of the metal pump top:
https://www.fruechtetheory.com/blog/2010/06/15/muonic-states/
Once an electron escapes an orbital, as in metals, it reduces to free electron diameter and internal mode. It is only a free electron that continually produces a fundamental charge of 1.602 x 10-19 C.