Study of LIGHT began at JOG.275.
Its time to give sub-atomic particles a small diameter and let them really spin in the really-real world ????
Continued from JOG.287.
A&Q ][ Q&A:
1. But before we just start giving size to sub-atomic particles and then spinning them we FIRST must determine which sub-atomic particle came FIRST ????
2. The Hydrogen Atom is the simplest of all atoms for it is made up of one proton and an electron !!!! It is such a unique element, it is NUMBER ONE, and Homo Investigatis’ are not sure where it belongs relative to the other elements.
3. The Homo Investigatis’ have done some good work in understanding the boundary of the sub-atomic and discovered quarks inside the proton, three to be exact !!!!
4. So which came first the electron or the quark ????
5. They are pretty sure the quark is about 613 times the size of the electron !!!!
6. I use “pretty sure” because they flip-flop E=mC^2 back and forth and these are point particles for them, no physical dimensions, so I really think they are talking potential energy and not actual mass, and they never include entropy here ????
7. But we will play along with mass !!!!
8. We can look to NATURE for some help, STEM !!!!
9. Stir, spin, up a glass of chocolate milk with some Nestle Quick powder !!!!
10. Without stirring/spinning everything is static, doesn’t move !!!!
11. Ever seen NATURE not moving ????
12. Stop stirring and watch some of the small fine powder particles settle out on the bottom !!!!
13. Now add a few Nestle Chocolate Chips, the cooky kind, and stir fast !!!!
14. NATURE moves REALLY FAST, just look at the speed of light !!!!
15. Stop stirring and watch what settles out first and the fastest !!!!
16. The chips ] THE BIGGEST PARTICLES [ The quarks !!!!
17. This is what it looks like at the formation of a hydrogen atom with the particles spinning:
18. And it turns out with the actual physical ratio of the diameter of the quark being 8.49 times larger than the electron the mass ratios match current theory, and the electron can fit in the core of three quarks when they are touching !!!!
19. Thus three spinning quarks spin an electron and hang on to it when the three quarks twist and realign to bind on the Strong Force !!!!
20. Now that we have a spinning electron captured by quarks we can look at what happens to the electron in THE ENERGY & LIGHT OF NATURE in the next JOG !!!!