@parados,
I think space is made up of interlocking and pulsating, virtual particles which are made up of four virtual quarks. Those virtual particles are a two dimensional universe of their own embedded in the three dimensional universe of the ether. You combine two of those virtual particles and spin them on axis between them and they become a 3 quark 3 antiquark 1 electron 1 positron 3 dimensional piece of matter that is a three dimensional universe of its own, with the two dimensional universes of the initial two virtual particles they were constructed of embedded in it. Giving you 5 spatial dimensions in the universe of the atom with two of the 5 embedded. You then have 5 spatial dimensions in the universe of the ether with two dimensions embedded in the universe of the virtual particles it is constructed of. Add the dimension of time you have 11 dimensions total.(string theory)
Quote:You said the electrons act as teeth on the gears. What happens to a gear if it loses teeth? It stops spinning because it has a dead spot.
They act like gears and couple at a distinct angle and ratio, giving us the fine structure constant. The angle and ratio is always the same, because of the two strings arranged in a 90 degree relationship (virtual particle) structure of everything. the quarks, electrons, or virtual quarks are like gears, they are not actual gears. They are more like bubbles or points of space defined by there spin. Since the structure of space and matter is similar except that it takes 8 particles or two groups of two string to make apiece of matter and only 4 particle or two strings to make a piece of the ether, they can change place with the quarks, electrons, or virtual quarks in the real or virtual particles they are interacting with. All the particles are the same and interchangeable the location defines there mass and name. In the ether they have no mass. In matter they have the amount of mass that there momentum can transfer to the ether as it is expelled from the atom. Since a particle in the electron position is already interlocked, at least partially with the ether, the ether is already experiencing most of its momentum in the interaction so as the electron is expelled very little extra momentum is transferred to the ether, thus the big difference between the mass of protons and electrons. Naked singularities or individual quarks, electrons, cannot exist and always find another particle spinning in the opposite direction to pair up with, even if its across the universe either in an ion of matter or a virtual particle of space. So there are no dead spots, an adjacent particle in an interacting ion, or a virtual quark or from a virtual particle of space(higgs boson) fills the spot while the electron that was expelled fins its antiparticle.
Quote:If electrons are in the protons how can they be expelled?
Where exactly are these electrons in your model?
The electrons are electrons only when they are in contact with the ether. As an electron weaves into the atom it rotates through each of the three quarks in the proton spots. As it is weaving in a proton quark weaves out and becomes the electron. there is always three quarks in and one electron on the outside. Inside the layer of protons are all the neutrons that under normal circumstances never come in contact with the universe of the ether, but are trapped in the universe of the atom.