This directory contains the certificates, simulations, exact finite calculations, public receipts, and experimental adapters behind the OPH paper stack. The papers state the claims. These artifacts let a reader recompute the finite and numerical parts, inspect their inputs, and see which physical bridge each result requires.
The strongest artifacts are small and exact: finite repair checks, the twelve-port coefficient algebra, exterior Standard Model branching, anomaly arithmetic, and interval uniqueness certificates. Larger simulations test whether the same architecture survives scale, noise, refinement, and physical readout. A simulation is evidence for its declared branch. It does not replace the theorem or physical carrier named by that branch.
| Surface | What to inspect |
|---|---|
consensus/ |
Finite patch-net repair, schedule independence, and reference-architecture benchmarks |
geometry/ |
Screen incidence, modular clocks, event reconstruction, causal cones, and Einstein-branch receipts |
observer_dynamics/ |
Native port-repair histories, retained large-run statistics, finite clock controls and conditional observer spectra |
native_geometric_source/ |
Fixed-chart geometric readout, separated load covariances and source-identification boundaries |
common_history_packet/ |
Same-history local probes, retained records, restoration feedback and useful separated-response error bounds |
source_scalar_preparation/ |
Finite local-force preparation for the supplied scalar quantum instrument |
source_density_geometry/ |
Relative action measure, local record production and calibrated density/geometry controls |
m1_operational_clocks/ |
Massive charged flights, all-band speed bounds, resolved local reads and an observable moving clock |
a5_closure/ |
Exact twelve-port |
particles/ |
Particle carriers, hierarchy, flavor, neutrino, hadron, and current status surfaces |
P_derivation/ |
Pixel fixed-point maps, interval contraction, uniqueness, and provenance |
capacity_readback/ |
Finite record-capacity readback and conditional global closure |
ibm_quantum_cloud/ |
Redacted hardware runs and reproducible benchmark analysis |
| Surface | Role |
|---|---|
collar_alignment/ |
Boundary-collar alignment checks |
maxent/ |
Finite maximum-entropy reconstruction |
edge_sectors/ |
Edge-sector and transport calculations |
The repository-level reproduction guide gives the clean-clone environment and mandatory checks. The commands below are short entry points into the main evidence families.
Run the finite consensus benchmark from the repository root:
python3 code/consensus/reference_architecture_benchmark_suite.py
python3 -m pytest code/consensus/test_reference_architecture_benchmark_suite.pyInspect the current particle output surface:
cd code/particles
python3 compute_current_output_table.py --no-print-table --show-pathsThe geometry suite is available through:
python3 -m pytest code/geometry/Generated JSON receipts under runs/ and runtime/ are evidence artifacts when they are tracked beside the producing script and test. Local caches, virtual environments, logs, and archives are not repository material.
The code in this tree is licensed under Apache-2.0. The main LICENSE gives the repository-wide licensing map.