Physical premise (IDWT): One field lives in ten ordinary spatial dimensions plus time. Particle depth describes its bound spatial involvement in that space. “Observed” and “unobserved” describe an observer's access to those dimensions, not different kinds of physical dimension. See spatial meaning and mathematical scope.

This directory holds executable research separately from the readable modules and research notes. Python helper modules remain alongside the diagnostics that import them. See the diagnostic catalog for each calculation's scope and the links to its derivation.

Begin with the linked derivation and its declared assumptions, inputs and exact source fingerprints. Compare reproduced outputs with the recorded evidence before drawing a physical conclusion.

Run these commands from the repository root:

python3 scripts/agent-compute.py run -- .venv/bin/python -B experiments/idwt-v2.py
OPENBLAS_NUM_THREADS=1 python3 scripts/agent-compute.py run -- .venv/bin/python -B experiments/run_checks.py --skip-continuation --jobs 1

The selected suite includes the saved-state refinement audit but explicitly excludes two expensive continuation searches. Omit --skip-continuation to include them only when that larger calculation is authorized. Individual research scripts also run through scripts/agent-compute.py, including small numerical and symbolic checks. The shared runner permits up to eight independently reserved physical cores, each capped at 25%, with the runner's memory and no-swap limits. A suite's child processes remain within its reserved core; use separate reservations for independently assigned tasks.

Recorded evidence

The spatial-band integration checker and recorded results verify counts, normalized contact, kinetic dressing, color pair contractions, conditional charges and angular response spectra with 2,529 checks. The sawtooth coupling checker and recorded results add 2,023 checks of Fourier sources, reciprocal phase averages, canonical spatial readout and a common receiver across all maintained depths. Both are bounded geometric and spectral calculations; their passing checks verify the stated hypotheses' consequences rather than a particle identification.

results/ contains the existing numerical reports, input candidates, and frozen protocols. Separate reports preserve the inputs, settings and results of each calculation for comparison.

Preserve exact source fingerprints, numerical settings and output reports when comparing calculations. A passing test verifies its stated mathematical comparison; it does not by itself identify a physical particle or interaction.

The cylindrical refinement check automatically saves each completed report in results/two-path-study/ with the current UTC date and time in its filename, for example cross-method-verification-20260908T074500.123456Z.json. It preserves existing reports, even if two runs generate the same timestamp. Use --output-dir DIRECTORY to choose another destination, --no-save for a read-only run, or --output FILE to choose an explicit new filename.

Diagnostics locate their bundled inputs relative to their own script file, not a neighboring project or a fixed machine path. Python requires the scientific packages used by each calculation, including NumPy, SciPy, SymPy, and mpmath.

Reproducing the Normal-Geometry and Coupling Checks

The geometric color synthesis and sector-case paper link the standalone Python sources and their frozen JSON reports. Download source files into an experiments/ directory beneath a common working root. Recent frozen reports are published under experiments/results/; when a checker names an input under results/, save that report beneath the working root at its original results/ path. These download copies retain the original bytes and source hashes. Install the dependencies imported by the selected checker, including SymPy, NumPy or SciPy where used, and retain any sibling checker it imports. Use a fresh output filename where the checker accepts one. A passing calculation verifies its stated mathematical comparison, not the identification of a physical color force or electric charge. Project research runs still use the shared compute runner above.