HOLO_runner (Verification Pack)

Mermaid system map (clickable)

flowchart TD
    A["HOLO_runner root"] --> B["Data_edhs_passive_bulk_spectroscopy<br/>PDF + artifacts"]
    A --> D["A_single_Einstein_Dilaton geometry<br/>PDF + artifacts"]
    A --> HSD["Holographic Scalar Dynamics Unifying Galactic<br/>Paper PDF"]
    A --> E["Instrumental Eigenmode Spectroscopy<br/>PDF + minimal artifacts"]
    A --> R["ed_trace_repro<br/>Solver IC + hash reproduction"]

    subgraph Zenodo DOIs
        Z1["10.5281/zenodo.18109545<br/>(EDHS passive)"]
        Z2["10.5281/zenodo.18224589<br/>(Einstein–Dilaton geometry)"]
        Z3["10.5281/zenodo.18213536<br/>(Instrumental eigenmode clock spectroscopy)"]
        Z4["10.5281/zenodo.18007530<br/>(Holographic Scalar Dynamics)"]
    end
    B --> Z1
    D --> Z2
    E --> Z3
    HSD --> Z4
    Z2 --> IC["Instrument closure 2026-01-04<br/>README (bundle)"]
    D --> R
    IC --> R

    click B "https://github.com/RAPIDENN/HOLO_runner/tree/master/Data_edhs_passive_bulk_spectroscopy" "Open on GitHub"
    click D "https://github.com/RAPIDENN/HOLO_runner/tree/master/A_single_Einstein_Dilaton%20geometry" "Open on GitHub"
    click HSD "https://github.com/RAPIDENN/HOLO_runner/tree/master/Holographic%20Scalar%20Dynamics%20Unifying%20Galactic" "Open on GitHub"
    click E "https://github.com/RAPIDENN/HOLO_runner/tree/master/Instrumental%20Eigenmode%20Spectroscopy%20of%20a%20Holographic%20Einstein--Dilaton%20Bulk%20Using%20Optical%20Clocks" "Open on GitHub"
    click R "https://github.com/RAPIDENN/HOLO_runner/tree/master/ed_trace_repro" "Open ED trace reproduction"
    click IC "https://github.com/RAPIDENN/HOLO_runner/blob/master/instrument_closure/2026-01-04/README.md" "Open instrument closure"
    click Z1 "https://doi.org/10.5281/zenodo.18109545" "Open Zenodo"
    click Z2 "https://doi.org/10.5281/zenodo.18224589" "Open Zenodo"
    click Z3 "https://doi.org/10.5281/zenodo.18213536" "Open Zenodo"
    click Z4 "https://doi.org/10.5281/zenodo.18007530" "Open Zenodo"

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HOLO-TRANSDUCER v3.0 // Architecture & Workflow

This repository represents the verification layer of the holographic instrument.

It only exposes the test conditions required to validate or refute the results.

Complete overview including Topo-Fractal Physics, 3D Visualization, and Data Acquisition with Secure IP/PI Censoring.

The UI provides real-time spectral, phase-space, and geometric readout of the frozen Einstein–Dilaton background used in the Zenodo-archived verification bundles.

This public repository is a verification-only pack for the holographic preprint. It ships frozen artefacts (JSON aggregates and final figures) plus scripts that recompute only the reported summary metrics using public data (SPARC, Bullet Cluster, Planck 2018). It does not contain the solver source or any internal pipelines. The ed_trace_repro/ folder records a minimal external-solver reproduction check: given the referenced solver commit and canonical initial conditions, the frozen Einstein-Dilaton trace hash is reproduced exactly. Associated paper bundles are archived at Zenodo for long-term reference:

• EDHS passive bulk spectroscopy preprint: 10.5281/zenodo.18109545
• A single Einstein–Dilaton geometry (QCD, SPARC, growth): 10.5281/zenodo.18224589
• Instrumental eigenmode clock spectroscopy preprint: 10.5281/zenodo.18213536
• Holographic Scalar Dynamics Unifying Galactic preprint: 10.5281/zenodo.18007530 For SPARC verification details (definition alignment that resolved early mismatches), see docs/SPARC_VERIFICATION_NOTE.md.

Repository metadata (for GitHub settings)

• Description: Verification-only pack for the HOLO preprint: frozen artefacts + scripts to recompute reported summary metrics (SPARC, growth/BOSS, Ricci, Bullet Cluster). Zenodo: 10.5281/zenodo.18109545 | 10.5281/zenodo.18224589 | 10.5281/zenodo.18213536 | 10.5281/zenodo.18007530
• Website: https://doi.org/10.5281/zenodo.18007530
• Topics (enter separately, lowercase): cosmology, sparc, reproducibility, verification, holography, python

Repository layout

• data/internal/ – frozen JSON summaries (SPARC, cosmology, Ricci, Bullet Cluster)
• figures/ – final figures from the preprint (frozen outputs)
• tools/ – verification scripts (no generation)
• repro/ – traceability map and reproduction instructions
• ed_trace_repro/ – minimal external-solver reproduction check for the frozen ED trace hash
• instrument_closure/ – auditable “instrument closure” bundles (Wilson-loop scale → SPARC → growth/BOSS → Ricci clock → UV projection)
• Data_edhs_passive_bulk_spectroscopy/ – frozen artefact pack for the EDHS passive bulk spectroscopy note (PDF + figures + JSON)
• A_single_Einstein_Dilaton geometry/ – frozen artefact pack + PDF for “A single Einstein–Dilaton geometry linking hadron spectra, galaxy rotation curves, and cosmological growth”
• Holographic Scalar Dynamics Unifying Galactic/ – paper PDF bundle (manuscript only)

Additional pack

• Data_edhs_passive_bulk_spectroscopy/ – operator-level passive bulk spectroscopy pack (Phase A + supplementary Phase B maps).
• A_single_Einstein_Dilaton geometry/ – full preprint + verification artifacts (QCD spectrum, SPARC forward eval, growth/BOSS DR12, YM scale).

Usage

1. Install Python 3.10+ (no special dependencies required).
2. Run the verification suite:

cd HOLO_runner
python3 run_repro.py --sparc-dir /path/to/SPARC/sparc_175

To verify specific releases:

# Core pack (default)
python3 run_repro.py --suite core --sparc-dir /path/to/SPARC/sparc_175

# Zenodo verification bundle + instrument closure checks (no SPARC required)
python3 run_repro.py --suite zenodo_18141795

# Run both suites
python3 run_repro.py --suite all --sparc-dir /path/to/SPARC/sparc_175

The script reruns only the verification checks:

• Newton baseline χ² proxy (from public SPARC CSVs)
• Ricci lock summary (frozen JSON)
• Cosmology robustness summary (frozen JSON)
• Bullet Cluster summary (frozen JSON)
• UV-screened NIST channel consistency (frozen JSON)
• Frozen ex-ante local eigenmode holdout: python3 tools/verify_eigenmode_holdout.py checks that eps=0.0 stays flat, eps=0.02 selects the same top-3 modes ([0, 3, 8]) in both local NIST channels, and the usable rocit holdout rows remain phase-null

All figures referenced in the preprint are provided in figures/ as frozen outputs; no regeneration is attempted here.

ED trace reproduction bridge

The frozen Einstein-Dilaton trace used across the artifacts can be reproduced from the referenced external solver commit and canonical initial conditions:

./ed_trace_repro/reproduce_trace.sh

See ed_trace_repro/ for the initial-condition file, expected SHA256, solver commit, and interpretation notes. This bridge verifies computational reproducibility of the frozen trace; it is not a proof of the physical model.

Frozen figures

Instrument Closure (Zenodo 18224589 specification)

This repository remains verification-only. Zenodo record https://doi.org/10.5281/zenodo.18224589 and the bundled PDF A_single_Einstein_Dilaton geometry/A_single_Einstein-Dilaton_geometry.pdf are treated as the scientific specification of an auditable instrument run.

The instrument closure circuit recorded here is:

Wilson loop → σ_eff → frozen ED geometry → SPARC → fσ₈ → 5D Ricci clock → UV-screened laboratory projection.

Instrument closure 2026-01-04 (sanitized bundle)

Includes an additional QCD glueball (0⁺⁺, m₁/m₀) verification channel from the frozen Einstein–Dilaton geometry pack.

• External audited channel (not copied into instrument_closure/2026-01-04/): A_single_Einstein_Dilaton geometry/artifacts/invariant_flux_spectrum_u.json (hash-audited via instrument_closure/2026-01-04/instrument_closure_manifest.json:external_channels).
• LAB/NIST clock inputs are archived at Zenodo 10.5281/zenodo.18147532 and are hash-audited in instrument_closure/2026-01-04/instrument_closure_manifest.json:external_channels.
• Manifest (bundle-local hashes + pointers): instrument_closure/2026-01-04/instrument_closure_manifest.json
• Wilson-loop absolute scale from frozen ED trace (Eq. 13–16): instrument_closure/2026-01-04/wilson_loop_sigma_from_ed_trace.json
• HK-core gauge-kernel decision run (IR-Lmax verdict): instrument_closure/2026-01-04/hkcore_refine_beta2.0_seed777.json
• SPARC fixed-IC ED evaluation output: instrument_closure/2026-01-04/ed_fixed_ic_sparc_eval.json
• Growth readout series (HOLO vs ΛCDM): instrument_closure/2026-01-04/growth_report.json
• BOSS DR12 covariance validation: instrument_closure/2026-01-04/growth_validation_boss_dr12.json
• 5D Ricci bulk clock product: instrument_closure/2026-01-04/ed_bulk_clock.json
• UV projection kernel: instrument_closure/2026-01-04/k_em_uv_projector.json
• UV-projected NIST comparison report: instrument_closure/2026-01-04/nist_comparison_uv.json

Key outcomes (from the bundle)

• Wilson-loop scale: σ_eff = 0.2031359 GeV², m₀ = 1.600006 GeV
• SPARC (175): successes = 172/175, median χ²_holo = 0.5650, median χ²_newton = 1.9279
• Growth/BOSS DR12: χ²_HOLO = 2.2684, χ²_ΛCDM = 2.4430, Δχ² = −0.1746; predicted Δfσ₈(z=1) = −12.339%
• UV-projected lab channel vs NIST: Pearson r = −0.0554 (no detection-level correlation in the UV-screened baseline)