Induced Superfluid Cosmology: A Theoretical Framework for Emergent Gravity and Dark Matter
A research program exploring a unified framework in which gravity is induced and fundamental particles emerge as topological solitons in a superfluid vacuum condensate.
Current state (2026-08 standardization campaign): the topological mass tower theory/RESEARCH_LOG.md and the global referee report (theory/reviews/referee_report_global_20260814.md).
Run from repo root with PYTHONIOENCODING=utf-8. Each script writes a committed log to results/logs/:
Script (experiments/verification/) |
Verifies | Log |
|---|---|---|
formula_audit.py |
21 report formulas/numbers | formula_audit_20260813.log |
vf_chain_audit.py |
Cl(6)→M* chain + fragility | vf_chain_audit_20260814.log |
lattice_C_computation.py |
C = 50/(3π); 5.339 struck | lattice_C_computation_20260814.log |
quasi1d_C_model.py |
quasi-1D frame; locking; 1/q | quasi1d_C_model_20260814.log |
bcs_gap_equation_comb.py |
transmutation slope protection | bcs_gap_comb_20260814.log |
vortex_state_counting.py |
one core state per cell | vortex_state_counting_20260814.log |
bdg_vortex_comb.py |
BdG: self-consistency; CdGM count | bdg_vortex_comb_20260814.log |
scheme_conventions_audit.py |
prefactor/g=4/look-elsewhere | scheme_conventions_20260814.log |
gap_s_screening.py |
screening dichotomy theorem | gap_s_screening_20260814.log |
mu_participation_law.py |
participation law; zero-param SPARC | mu_participation_20260814.log |
gap_n4d_relic.py |
tower relic: symmetric excluded | gap_n4d_relic_20260814.log |
sidm_crosssection_audit.py |
SIDM table audit (FAIL recorded) | sidm_audit_20260814.log |
audit_sweep2.py |
Koide/neutrino/BBN sweep | audit_sweep2_20260814.log |
Gates: python scripts/run_gates.py (criteria frozen in scripts/gates_criteria.json; changes ledger-logged in results/logs/gate_ledger.md).
├── theory/ Scientific record: protocols, derivation notes, audits
│ ├── protocols/ Research laws, derivation checklist, workflow
│ └── reviews/ Audit & referee reports (incl. the global referee review)
├── src/ Core Python package (physics engine + analysis)
├── experiments/
│ ├── verification/ 13-script independent verification suite (see index above)
│ ├── v17_gates/ Validation gates G0-G5 (current suite)
│ ├── npl_gates/ Gate PDE cross-check implementations
│ ├── figures/ Generators for every data-driven figure in the report
│ ├── bullet_cluster/ Real-survey data acquisition + figure (Gate 1 context)
│ └── layer0/ Layer-0 substrate verification (Genesis chapter)
├── validation/ Self-contained expert-validation package
├── neutrino/ Neutrino-sector computations
├── scripts/ Gate runner + frozen criteria (gates_criteria.json)
├── data/ Reference datasets (SPARC, Planck/PDG/CODATA tables)
├── results/ figures/ + logs/ — the committed evidence trail
└── paper/v7_release_v2/ The published manuscript (tex, figures, changelog)
# Python 3.9+ (tested on 3.11/3.12)
pip install -r requirements.txt
# Run everything from the repository root (scripts use relative data/ paths)
python experiments/npl_gates/npl_sparc_pde_gate3.py # example: Gate 3 (SPARC)Large datasets (Planck spectra, Bullet Cluster FITS, CLASS) are not committed — see data/README.md for fetch instructions.
The project runs as a multi-agent research lab (see theory/protocols/). Every result flows through the pipeline in theory/protocols/RESEARCH_WORKFLOW.md:
derivation → mathematical audit → implementation → gate validation (G0–G5) → data confrontation → adversarial peer review → publication
Core laws: parameters must emerge from theory, never be tuned to data (Anti-Hardcode); a failed gate falsifies the action rather than triggering a patch (Anti-Frankenstein); every claim declares its observables and failure conditions; all validation runs against real data (SPARC, Planck 2018, PDG 2024, Bullet Cluster).
See CITATION.cff (GitHub renders a "Cite this repository" button) or the concept DOI 10.5281/zenodo.18195546.
See LICENSE. Research code open for scientific verification.