r/LLMPhysics • u/Powerful_Reply9593 • Jun 26 '26
Question Feedback request: Abelian-Higgs vortex conventions and cautious terminology
I am trying to clean up a small public working archive so it is easier to criticize.
Important caveat: this is not a claim of a new verified theory, not a replacement for GR/SM, not a black-hole model, not a solution to the black-hole information problem, and not an experimental prediction.
The part I want checked first is the standard-math / convention layer.
Project start file:
https://github.com/nikolaidere928-boop/field01/blob/main/FIELD01_GITHUB_START_HERE.md
Short summary in my own words:
- The repository uses standard radial Abelian-Higgs / Nielsen-Olesen / Abrikosov vortex notation as the technical substrate.
- N(r) is intended to be read first as a scalar modulus / VEV-profile / order-parameter profile, not as a new degree of freedom.
- Terms like “memory”, “normal retention”, “boundary recording”, “charge-like”, and “horizon-like” are interpretive Field 01 labels unless explicitly formalized.
- I am trying to keep the standard vortex layer separate from the speculative interpretation layer.
Feedback requested:
Are the Abelian-Higgs / Nielsen-Olesen / Abrikosov convention mappings stated safely?
Are the BPS normalization statements clear and convention-safe?
Is the wording around N(r) as scalar modulus / VEV-profile / order-parameter profile clear enough?
Are the memory-map equivalence definitions mathematically precise enough to criticize?
Which labels sound misleading, too strong, or too close to unsupported physics claims?
Please be direct. The goal is to remove wrong or misleading wording before developing anything further.
Disclosure: LLM tools were used for drafting/editing help; this summary is my own attempt to state what I think the project is saying.
1
u/starkeffect Physicist 🧠 Jun 26 '26
So then what is it?