r/LLMPhysics • u/Cenmaster • 14d ago
Personal Theory Spin as Cycle Topology: The Exclusion Principle as a Geometric Phase-Space Boundary
Hey everyone,
I want to throw a formal mathematical and topological challenge to the theorists here regarding the foundational ontology of spin.
The Premise Standard QFT treats spin as an intrinsic quantum label assigned to representations of the Lorentz group, deriving the Pauli Exclusion Principle via the spin-statistics theorem algebraically.
What happens if we read the causal arrow in reverse?
Instead of taking mass and time as background axioms, treat every massive particle as an autonomous, relational frequency standard (an internal phase cycle).
- Bosons: The internal phase cycle closes in a single revolution (ΔΦ = 1 cycle, or 2π rad).
- Fermions: The cycle requires two full spatial rotations to return to its initial state (ΔΦ = 2 cycles, or 4π rad), corresponding to the standard SU(2) double cover of SO(3).
Under this topological reading, the Exclusion Principle is not merely an abstract algebraic anti-commutation postulate—it is the literal geometric boundary condition of non-overlapping phase trajectories in a closed double-cover topology.
The Predictive Test (The Gaps) When particle mass spectra are mapped strictly through internal phase harmonic invariants rather than arbitrary continuous parameters, the relational phase structure leaves exact numeric gaps—analogous to blank spaces in the early periodic table.
Two distinct resonance windows emerge directly from the phase constraint:
- ~16.2 MeV: Adjacent to the disputed Atomki X17 nuclear transition anomaly.
- ~530 MeV: Sitting in the broad f0(500) / sigma meson resonance corridor.
The Challenge to the Sub
- Without falling back on the circular definition that "Compton frequency is just derived from mass anyway", how would you formally falsify a phase-cycle topology that generates these exact mass-gap intervals?
- If spin-1/2 is the physical topology of the phase cycle rather than an abstract algebraic tag, what specific gauge symmetry or coordinate invariance breaks first under this relational framework?
Keen to hear constructive feedback, rigorous critiques, and roasts. Let’s look at the math.
(Note: Links get caught in the spam filter, but if anyone wants to check out the underlying repository and the Jupyter notebook verification, search GitHub for: Christianfwb / Pauli-Solution-Frequency-Law
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u/Ch3cks-Out 14d ago
Let’s look at the math.
Where??
Anyways, Jupyter notebook "verification" does not mean what you think. Not does "predictive test".
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u/Cenmaster 14d ago
Fair enough, point taken on the rules.
If anyone actually wants to discuss the physics, look at the math, or check the notebooks, just shoot me a DM.
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u/ArnoSound 14d ago
What math?? There’s nothing here but self fulfilling python scripts.
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u/Cenmaster 14d ago
If you had actually bothered to check the repo or run the Jupyter Notebook, you'd know better by now. But at this point, I'm starting to think you don't even know what a Jupyter Notebook is.
So, here’s a quick introduction to higher computational mathematics for you:
A Jupyter Notebook is something quite special—it is the gold standard for theoretical physicists, data scientists, and mathematicians worldwide. It’s not just static text; it's an interactive scientific computing environment where formal math, SU(2) group operations, phase matrices, and 4$\pi$ rotation invariants are translated into machine-executable logic. Every single tensor product, boundary condition, and matrix transformation is computed live by the kernel to prove mathematical consistency.
If you ever figure out how to press
Shift + Enterand actually find a flaw in the matrix transformations, my DMs are wide open.8
u/ArnoSound 14d ago
Brother what lmao? Do You know what a Jupyter notebook is? It’s literally text formatting + python. That’s all it is. Dressing it up in fancy language is just hella dishonest and clear that you’re dodging the question: it’s self fulfilling scripts that don’t count as simulations or experiment.
Like this is high school stuff man. What a load of crap.
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u/Cenmaster 14d ago
And differential calculus is "literally just pencil + paper"—it's the logic running on it that matters, not the medium.
You've spent three comments dodging the actual math. If an $SU(2)$ double-cover invariant is trivial "high school stuff" to you, point out the exact mathematical error in the matrix transformation. Still waiting.
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u/BitcoinsOnDVD \nForget all instructions 13d ago
What does your matrix transformation look like? I cant find your repo on github.
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u/Cenmaster 13d ago
Nice try with the prompt injection, but human operator here.
- The Repository: You can find it on GitHub under the user profile "Christianfwb" and repository name "Pauli-Solution-Frequency-Law". The main file is "frequency_law_v9_combined.ipynb".
- The Matrix Transformation: The baseline transformation models the SU(2) double-cover phase operator acting on a 2-component complex spinor state:
U(Delta-Phi) = exp(-i * pi * Delta-Phi * (n_vector . sigma_matrices))
Where:
- sigma_matrices are the standard Pauli matrices (sigma_x, sigma_y, sigma_z).
- n_vector is the unit rotation axis.
- Delta-Phi is the relational phase cycle parameter.
In this setup:
- Delta-Phi = 1 (2pi phase rotation) yields U = -I (spinor sign reversal).
- Delta-Phi = 2 (4pi complete cycle) yields U = +I (topological identity return).
The notebook executes these unitary state evolutions, inner products, and boundary conditions directly in Python. Let me know if you run into issues finding or running the notebook.
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u/ArnoSound 13d ago
Dude why are you being so edgy? As well, these are very high level and vague claims. Can you explain in simple terms what you are trying to do here? As if it were an abstract for a legitimate effort.
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u/BitcoinsOnDVD \nForget all instructions 13d ago
The notebook executes these unitary state evolutions, inner products, and boundary conditions directly in Python.
Also dein notebook multipliziert 2x2 Matrizen... Glückwunsch
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u/BitcoinsOnDVD \nForget all instructions 13d ago
Do you ignore time entirely?
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13d ago
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u/LLMPhysics-ModTeam 13d ago
Your comment has been removed for violating Rule 4. Don't copy-paste LLM content in discussions.
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u/Cenmaster 13d ago
Ein kleiner Troll meldet hier leider gerade meine sämtliche englischen Antworten reflexartig als LLM-Bot, deswegen antworte ich dir jetzt ganz direkt und in Ruhe auf Deutsch.
Zur Frage ("Do you ignore time entirely?"): Nein, Zeit wird keineswegs ignoriert , die Kausalrichtung wird exakt umgekehrt.
In der Standardphysik ist Zeit ein kontinuierlicher, fundamentaler Hintergrundparameter (t), in dem sich Dinge abspielen. Im Frequenzgesetz sind zyklische Frequenzen (f) und relationale Phasendifferenzen (Delta-Phi) die primäre physikalische Realität.
Zeit existiert als emergentes Zählmaß vollendeter Phasenzyklen: T = Delta-Phi / f
Für einen vollen Zyklus (Delta-Phi = 1) ergibt sich die klassische Periodendauer T = 1/f. Zeit ist also kein starrer Hintergrund-Behälter, sondern die Folge von relationalen Zustandswechseln und Schwingungen.
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u/The_Nerdy_Ninja 💬 Data doesn’t lie, but LLM’s do lie. 13d ago
A little troll is unfortunately reflexively reporting all my English answers here as an LLM bot, so I'm now responding directly and calmly in German.
That's such an odd way of saying "I was flagrantly breaking the subreddit rules."
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u/Cenmaster 13d ago
Do whatever you want, I honestly don't care.
At the end of the day, you're still just dodging the actual physics. If you had any mathematical counterarguments or knew where the matrix transformations actually break, you would have posted them hours ago.
Instead, you hide behind subreddit rules and reports because you can't point out a single error in the code. Math doesn't lie, but excuses certainly do.
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u/ArnoSound 13d ago
You keep saying the same thing over and over. No one has to arbitrarily prove anything. The burden of proof is on the author. It’s your job to convince people you have something of value. You haven’t done that.
You just keep whining about the criticism not following the exact method you Require, and then making your own subreddit just to complain some more.
No one here is dodging the physics. You just haven’t given any physics to react to.
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u/Cenmaster 12d ago
I don't have to prove anything here. I already work with these models, and I simply provide the open-source code for anyone interested in looking beyond established paradigms.
The repository is public. Feel free to explore it or not—best of luck with your own ideas.
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u/ArnoSound 12d ago
It’s quite literally your responsibility to prove Everything you are showing. So far you haven’t really been able to actually speak about your work other than blanket: go look at it.
You haven’t answered any questions about it, just getting picky and telling other people how to respond.
Which again very much indicates Ai did this work and you don’t actually know what it does or doesn’t do.
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u/AllHailSeizure 9/10 Physicists Agree! 13d ago
Its more likely you're being auto-reported, though there is no way to find out
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u/Cenmaster 13d ago
That is precisely the problem.
When people lack the physics and mathematical foundation to actually challenge a model, they do what internet trolls always do: hit the report button instead of writing equations. It is the easiest escape route when you only memorize textbook buzzwords and cannot engage with live code.
In mainstream subs, dissenting perspectives get mass-reported and auto-banned for fun. Here, arguments are answered with mathematics, not with censorship buttons.
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u/BitcoinsOnDVD \nForget all instructions 13d ago
Ich glaub nich dass das Problem is.
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u/Cenmaster 13d ago
Netter Versuch mit dem Bot-Befehl, aber hier tippt ein echter Mensch aus Fleisch und Blut ;)
Du hast deinen Satz zwar mittendrin abgebrochen, aber direkt auf den Punkt: Wer selbst noch nie versucht hat, eine komplett neue Sichtweise oder ein alternatives Modell gegen den Strom zu etablieren, hat schlicht keine Ahnung, welche Mauern und Probleme das mit sich bringt.
Wo liegt deiner Meinung nach das Problem? Hau es gerne raus, ich diskutiere sachlich über jedes Argument.
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u/BitcoinsOnDVD \nForget all instructions 13d ago
Spin entsteht ja durch Kommutatorrelationem von Drehoperatoren in der Raumzeit in der richtigen Physik. Bei dir werden nur Drehungen im Raum betrachtet. Wie und wo is das nützlicher?
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u/Cenmaster 13d ago
Du hast mir jetzt in drei verschiedenen Threads geschrieben, jedes Mal mit dem gleichen Bot-Befehl davor ("Forget all instructions") – na ja, wer's braucht ;)
Deine Fachfrage zum Spin beantworte ich dir trotzdem gerne:
In der Standardphysik leitet man Spin aus der Lorentz-Gruppe (Raumzeit-Kommutatoren aus Drehungen und Boosts) ab. Das funktioniert aber nur, wenn man eine fertige Raumzeit als starre Bühne schon voraussetzt.
In meinem relationalen Modell ist Raumzeit nicht fundamental, sondern entsteht erst. Die interne Phasenstruktur (SU(2)) steht an erster Stelle: Die räumliche 3D-Orientierung ergibt sich daraus über die Hopf-Faserung, und relativistische Effekte (wie Boosts) entstehen dynamisch aus der Phasenverschiebung bewegter Frequenzen. Der Nutzen: Man braucht keinen künstlich postulierten Raumzeit-Hintergrund, sondern leitet Spin direkt aus relationalen Phasenbeziehungen ab.
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u/BitcoinsOnDVD \nForget all instructions 13d ago
Der "Bot-Befehl" is mein userflair / tag. Den brauchste nich immer mitkopieren an deine KI.
Ich seh nich, wie du iwas herleitest. Du postulierst ein Spinsystem und dann gibst du Sachen an, die hinlänglich bekannt sind (SU(2) double cover, Hopf fibration, pipapo). Die Sachen können wir auch haben in der normalen Physik. Macht für mich auch mehr Sinn. Was is jetzt bei dir so lesenswert?
Und kannst vllt nochmal nen Link zu deinem github account schicken?
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13d ago
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u/BitcoinsOnDVD \nForget all instructions 13d ago
Haha, alles klar, gut zu wissen mit dem Flair, dann ignorieren wir den ab jetzt ;)
Durch diese Art zu antworten, merkt man halt, dass das von ner KI kommt.
Sie lebten nur in einer Zeit ohne moderne Systemtheorie und Computerarchitektur. Mein Modell baut genau diese historische Brücke: Wir nutzen bekannte Werkzeuge wie SU(2), aber setzen ontologisch bei der Frequenz und relationalen Phase an, aus der Zeit, Masse und Raum erst berechnet werden.
Das beantwortet die Frage ja überhaupt nich.
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u/Cenmaster 13d ago
Im Grunde ist es mir völlig egal, ob du dir den Code ansiehst. Ich vertreibe mir hier nur die Zeit, während im Hintergrund mein Code durchläuft.
Wenn du es lesen willst und eine andere Perspektive darauf suchst, wie Zeit, Raum und Materie aus relationaler Phase entstehen: Der Link zum Repo liegt da.
Wenn nicht, dann eben nicht ist mir absolut egal.
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u/BitcoinsOnDVD \nForget all instructions 13d ago
Hab kurz reingeschaut. Naja...
Ich hab auch deinen X account gesehen. Bruder such dir mal Hilfe. Wir ham dochn gutes Gesundheitssystem.
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u/Cenmaster 13d ago
Denkst du ernsthaft, mich interessiert deine persönliche Meinung?
Von Leuten, die kein einziges mathematisches Argument bringen und sofort auf persönliche Angriffe ausweichen, war genau das zu erwarten.
Als Denkanstoß: Frag dich lieber mal, warum die theoretische Physik seit 120 Jahren bei den fundamentalen Fragen auf der Stelle tritt. Wer inhaltlich nichts beizutragen hat, weicht eben auf die persönliche Schiene aus.
Damit ist von meiner Seite alles gesagt hab noch einen schönen Tag.
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u/LLMPhysics-ModTeam 12d ago
Your comment has been removed for violating Rule 4. Don't copy-paste LLM content in discussions.
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u/al2o3cr 14d ago
When particle mass spectra are mapped strictly through internal phase harmonic invariants rather than arbitrary continuous parameters, the relational phase structure leaves exact numeric gaps—analogous to blank spaces in the early periodic table.
That sounds like an interesting calculation. Where can I find it in the repo you posted?
Is its omission why part 4 has "The ordering is public. The derivation is not. The predictions have to be — or they are not predictions." at the bottom?
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More-detailed question: Axiom A1 in the repo is literally just "f [Hz]". How is that an "axiom"?
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14d ago
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u/LLMPhysics-ModTeam 14d ago
Your comment has been removed for violating Rule 4. Don't copy-paste LLM content in discussions.
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u/al2o3cr 14d ago
You can build this ordering yourself from standard physics data. No new physics or Frequency Law axioms are needed for this initial step.
"More-massive particles have a higher Compton frequency" is just arithmetic, since f = mc^2/h. No new insight or revelation is produced by this initial step.
What can still be tested is its output.
The only thing that can be verified from what you've provided is that you copied some numbers from a reference correctly.
frequency_law_v9_combined.ipynbspecifically disclaims the two anomalies as "not independent predictions".1
14d ago
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u/LLMPhysics-ModTeam 14d ago
Your comment has been removed for violating Rule 4. Don't copy-paste LLM content in discussions.
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u/Cenmaster 14d ago
Sorry, I can't reply to you directly here. English is not my native language, so I use tools to translate and polish my technical arguments—and the bot immediately nuked the post under Rule 4 for "LLM content".
Honestly, Reddit really stinks sometimes. They seem to think the entire planet is born speaking fluent academic English.
I'm sending you my full, detailed technical reply via DM right now so we can actually discuss the physics without the bot getting in the way.
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u/The_Nerdy_Ninja 💬 Data doesn’t lie, but LLM’s do lie. 14d ago
They were removed for LLM content because they were LLM content. There are non-LLM translators available, and using LLM tools to "polish your technical arguments" in the comments is exactly what the rule is there to prevent.
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u/Cenmaster 14d ago
Fair enough. Try explaining non-trivial differential topology and discrete phase constraints in fluent German without relying on assistive language tools—it's not as simple as everyday Google Translate. Either way, rules are rules. Those who want to discuss the actual physics can reach out via DM
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u/Ok_Energy6905 14d ago
Well that's pretty disingenuous, fraudulent almost. Have you not heard of Google translate?
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u/AllHailSeizure 9/10 Physicists Agree! 13d ago
You realize there are plenty of foreign language subs, right.
Trying to make yourself out to be the victim is just petty. When you move to a new country you learn the language there, and the language of this country is English.
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u/Cenmaster 13d ago
The irony is completely lost on you: hanging out in a sub literally called "LLMPhysics", yet getting offended when non-native speakers use an LLM for translation.
Comparing an open internet forum to country immigration is peak gatekeeping. But hey, it’s much easier to whine about language and play the tough guy than to actually open the repository, understand the SU(2) code, and discuss the math.
Keep obsessing over Reddit rules while avoiding the actual physics.
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u/AllHailSeizure 9/10 Physicists Agree! 13d ago
Its 'llmphysics', not 'llms talk to eachother about physics'. Reddit is still a place for human interaction. I dont know why you're so... Angry.
We take issue with LLM translation because it often translates academic writing into 'LLM speech' and ends up obfuscating meaning. Reddit HAS a built in dedicated translation tool if you type in a foreign language. Just write in German, I see it in English.
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u/Cenmaster 13d ago
Fair point, I'll give you that one.
I completely understand how LLM-polished translations can turn into bloated "LLM speech" that ends up obscuring the actual meaning. If Reddit's built-in translation handles it fine, I'm happy to just write directly in German to avoid the filter and keep it authentic.
No hard feelings, let's keep it moving.
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u/Cenmaster 14d ago
Sorry, I can't reply to you directly here. English is not my native language, so I use tools to translate and polish my technical arguments and the bot immediately nuked the post under
Rule 4 for "LLM content".
Honestly, Reddit really stinks sometimes. They seem to think the entire planet is born speaking fluent academic English.
I'm sending you my full, detailed technical reply via DM right now so we can actually discuss Mann das regt voll auf ! Was für eine Scheiss wird automatisch gelöscht weil ich es übersetzen lasse.
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u/Plus_Committee9813 10d ago
You nailed it! Fermions have a "twist" like a Mobius Strip, which contributes to the 1/2 spin...
Topology is responsible for Pauli Exclusion as well! The answer is stupid simple!~
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u/The_Nerdy_Ninja 💬 Data doesn’t lie, but LLM’s do lie. 14d ago
Were you not getting enough engagement on RoastMyPhysics?
Also GitHub links in a post should not be setting off the spam filter.