Particle-Wave Duality II
I described quarklets as electric charges but also proposed they were attached to neutrinos which gave them spin. Since this is a magnetic property, I also included orbit. I stated neutrinos produced both. However, I was told this is wrong because electrons don't spin or orbit nuclei but are parts of "standing waves" around them. Their spins and orbits are only "quantum numbers" which are part of their "angular momentum". While I don't doubt their wave motions, I ask, what's moving then?
My answer is that both electron quarklets and their auxillaries such as neutrinos move. We can know neutrinos give charges mass because the more massive electrons (muons and taus) each have their own neutrinos. Within the blurs of electron are various sub-particles which re-form when their primary electrons "materialize" (as when changing orbits). So, while electrons may usually be in "orbitals" around nuclei, they must also have "potentials" for spin and orbit (their quantum numbers such as +/- 1/2).
I would distinguish between electron and magnetic quarklets in that these are primary and those secondary. Electrical quarklets would be central while various other particles such as neutrinos, photons, and gravitons would orbit around, perhaps not discreetly, but in a "potential" order. More later...
I described quarklets as electric charges but also proposed they were attached to neutrinos which gave them spin. Since this is a magnetic property, I also included orbit. I stated neutrinos produced both. However, I was told this is wrong because electrons don't spin or orbit nuclei but are parts of "standing waves" around them. Their spins and orbits are only "quantum numbers" which are part of their "angular momentum". While I don't doubt their wave motions, I ask, what's moving then?
My answer is that both electron quarklets and their auxillaries such as neutrinos move. We can know neutrinos give charges mass because the more massive electrons (muons and taus) each have their own neutrinos. Within the blurs of electron are various sub-particles which re-form when their primary electrons "materialize" (as when changing orbits). So, while electrons may usually be in "orbitals" around nuclei, they must also have "potentials" for spin and orbit (their quantum numbers such as +/- 1/2).
I would distinguish between electron and magnetic quarklets in that these are primary and those secondary. Electrical quarklets would be central while various other particles such as neutrinos, photons, and gravitons would orbit around, perhaps not discreetly, but in a "potential" order. More later...
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