DS moves like an open project: you propose a quantified change, debate it in the relevant working group, reach consensus, and each consensus produces a new version time-stamped by a Zenodo DOI. Nothing merges without passing the verification harness.
Five steps, each on an existing GitHub primitive. No infrastructure to reinvent: scientific versioning and DOI archiving are native.
An idea, a correction, a derivation. Clearly stated, tied to one aspect.
→ Discussion / Issue 02The working group for that aspect challenges, refines, or refutes.
→ Discussion category 03Any numerical claim must keep verify_all.py green (40/40).
Maintainer review. Explicit agreement required before merge.
→ PR review 05Merge → release tag → new version DOI under the concept DOI.
→ Release + ZenodoThe model's aspects aren't invented for the occasion: they are the falsification targets and open problems already inventoried in the paper. Each group is a dedicated discussion category.
The δ = +4.63% deviation (b_c = e·r_s). Confront with ngEHT, 345 GHz, AMT. Track any measurement of δ after 2022.
Zero breathing mode (binary) and non-periodic echoes with exponential spacing. Outside current quasi-periodic template searches.
Hard mass cutoff below M_crit ∝ ℓ₁² with an obligatory thermal photosphere. Confront with upcoming spectroscopic samples.
No evaporation burst, ever (binary). Dark-matter window reopened below 10¹⁵ g. HAWC / Fermi watch.
The deepest debt: make the distributed RLC parameters emerge from a well-defined statistical mechanics of DQDs. Without it, DS stays a structured set of analogies.
Three readings fail against oscillation data. Candidate: the DQD opening amplitude as flavor coordinate. Needs quantization to exactly three levels.
Reclassified: demonstrated conformal obstruction, not a target. P = u/3 makes the substrate scale-free. Unlocking G needs an independent conformal-breaking scale — the sole lead: ∂Z/∂E².
The hydrogen-spectrum recovery is structural, not quantitative: derive the Rydberg constant from substrate parameters. And close ℓcell, on which Πsat and ωc depend.
The model is static; real objects spin. Build a "Kerr analogue" (frozen collapse + frozen vorticity) and the ergosphere for Blandford–Znajek jet launching.
The 3-DQD node uniqueness theorem is conditional on one residual postulate: that the weave's geometric handedness transmits to the ±½ coefficients. A scattering computation remains.
The model holds a strict epistemic posture, and it applies to contributions too. Disagreement is welcome; what isn't is an unverifiable claim presented as settled.
verify_all.py stays at 40/40. Code ships with the prose.10.5281/zenodo.21196098. You always know who changed what, and when.One maintainer setup step. These links assume the repository is public with Discussions enabled and one category per group above (slugs: shadow-eht, gravitational-waves, lrd-jwst, pbh-evaporation, microscopic-derivation, neutrino-sector, derivation-of-g, quantum-sector, rotation-kerr, chiral-closure). Also add a CI action that runs verify_all.py on every pull request. Until a category exists, its link lands on the Discussions home — harmless.