electrons are spinors what if we literally consider an electron as a bit of spacetime spinoring as shown? notice the center rotates twice each time an arm goes around once say charge is in middle mass will be in the curvature spin magnetic moment = 2 spin ang. momentumpic.twitter.com/ehz7XlYJ7u
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The best guess I've seen is by Cohl Furey. https://youtu.be/m64_DCQmzF8?t=258 … ...that charge is quantized because it encapsulates the dimensionality of that which spins. (I may be extrapolating my intuition about ladder operators here)
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Ideals were covered earlier in the playlist. They are like multiplying by zero but without collapsing the whole algebra. Ideals are the things that multiplied by anything only get scaled. Ideals and nilpotents are related, nilpotents square to zero, ideals square to themselves.
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Ideals are the algebra of the lightcone. Photons don't experience time, and yet we can see some travel farther than others. It's an operation you can't undo. You can't collapse all time to nothing and then ask how much of it there was.
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Side-note: there's a strange attractor around 1+u where u is a unit that squares to positive one. If 1 doesn't have a monopoly any deviation exponentiated likes to lie on the light cone. It looks a lot like the activity of the [logistic map](https://en.wikipedia.org/wiki/Logistic_map …)
Kiitos. Käytämme tätä aikajanasi parantamiseen. KumoaKumoa
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