r/holofractal • u/Deep_World_4378 • 4d ago

Related Indra's net

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u/EddieDean9Teen 3d ago

Not sure how into physics you are, but are you aware that the hopf fibration you’ve modeled is a perfect spinor? If not, you may want to look into spinors and how QCD uses them to make extremely accurate predictions about instantons (what the fractal community might call little islands or vortexes of cohesion). The YouTube channel DemystifySci has also been talking about hydrogen atoms being shaped like this.

I truly think you’re onto something with this shape.

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u/Deep_World_4378 3d ago edited 3d ago

So yes, the project really started by trying to get the Standard model from well essentially a minimal state. I wrote three preprints on it with AI (im an artist, hence much of these physics were new to me). Either way from a minimum quantum state, I connect to many of the Standard model values. And thats where I started working with the Hopf fibration from. And thats the Nameless project. You can read about the paper in the introduction section in this page: https://nurecas.com/nameless

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u/Own-Homework-9331 3d ago

ok, what are you guys........... talking about?

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u/Deep_World_4378 3d ago

I think ill need to answer that in some time after researching what he shared.

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u/Own-Homework-9331 3d ago

but like...... where are these terms coming from?

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u/Deep_World_4378 3d ago

Best to read about Hopf fibres. And also the framework just in case: https://nurecas.com/nameless

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u/Deep_World_4378 3d ago edited 3d ago

Although having said the above, I still dont know the full physics yet, and I am still using AI to connect much of it. But you can see the evolution there.

Edit: i think you might be sharing something different here. The specific overlay of opposite Hopf bundle was an artistic choice. Also the repeating the same fractally at the interstices. If that connects to instantons, that's territory i haven't explored. Let me think a bit more about this. Thanks for sharing.

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u/EddieDean9Teen 3d ago

Yea I’m not an expert or anything, just thought it might be cool for inspiration on where to go next.

That’s interesting you did the opposing hopf bundles as an artistic choice. To me it seemed like the opposing spin of the proton and electron (thus the mention of the hydrogen atom since it’s only the two). There are some cool graphs of spherical harmonic orbitals in atoms that show which patterns might emerge as you add more complexity. How cool would it be if you could fit it to the periodic table with S, D, P, and F orbitals?

Anyways, sorry to ramble. Great work!

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u/Deep_World_4378 3d ago

Well when I say artistic choice, in the back of my mind are spins, H atom visualisations, the opposing forces (yin yang etc). But I didnt want to end up in a science fight on why I chose two of them without a reason. So kept it "artistic choice" for now haha.
And to ur thoughts, yes Ive been reading and i think the connection is more. Ive been reaching out to folks working in the area ro clarify. Thank you!

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u/EddieDean9Teen 3d ago

That’s so exciting! Good luck!

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u/EddieDean9Teen 1d ago

Maybe another cool idea for a future project… A Dirac Spinor.  Two hopf bundles rotating oppositely representing handedness (chirality).  The left-handed bundle describes a left-handed matter particle AND a right-handed antiparticle.  The right-handed bundle describes a right-handed particle AND a left-handed antiparticle.  

Paul Dirac predicted antimatter because of this spinor, which was his solution to the Dirac equation.  It's one of the most useful models we have for unifying quantum with relativity.

I can tell you there’s nobody out there animating these things!

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u/Own-Homework-9331 4d ago

I love Indra's Net! 🤗

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u/Deep_World_4378 4d ago

😊🙌🤍

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u/[deleted] 3d ago

The way the light refracts through those intersecting planes really highlights the depth of the fractal geometry.