Which Dirichlet boundary
did we implement?
Inspect principal restriction of the full stiffness matrix. Recorded numerical agreement checks the declared implementation; its scientific interpretation remains open.
Checking the recorded-data identity…
Boundary & active space
Reference lattice illustration, not physical distance. Ghost edges retain full-graph context; they do not represent active evolution couplings.
Vertex and mass-weight table
4 displayed / 15 registered cases
Inspect the recorded operator
Rows and columns use full vertex IDs; the matrix itself uses active-index order. Display rounding is for readability; exact retained numbers are available below.
Generalized eigenvalues under the declared model convention. Ordered indices are not physical mode identities across levels.
Recorded comparison, not scientific approval
Defective-control matrices and spectra were not retained. No defective curves are generated here.
Exact values, provenance & scientific status
This presentation copies four records from the frozen candidate, not the published v0.14.0 wheel. No new solver, reference, control, projector or tail calculation is performed.
Candidate and reference evidence originated in the same AI-assisted maintainer workflow. Cross-tool agreement is evidence within the declared scope, not an independent human scientific assessment.
- Frozen candidate
- 48d7ab5d10da189caddbcad1dd6622e58d204940
- Scientific status
- NOT_ESTABLISHED
- Independent review / human disposition
- PENDING / PENDING
- Numerical evidence
- NOT_FALSIFIED_WITHIN_SCOPE, within the registered claim only
Is this the intended finite model?
If you work on graph/fractal Laplacians, generalized eigenproblems, or numerical boundaries, we welcome a human-accountable assessment of measure, boundary restriction, scaling, and multilevel interpretation.
Methodological objections, counterexamples, and inconclusive findings are welcome. Conceptual work must be labeled NOT_RUN; reproduction requires your own measured identities and receipts.
This page submits nothing. The review form opens on GitHub; a human remains accountable for the assessment. Numerical agreement does not establish physical correctness or continuum convergence.
The boundary question in 60 seconds
An edited explanation of recorded states, with on-screen captions and quiet classical piano. This video is not an interactive application or a continuous screen recording. Use the controls above to explore the four cases yourself.
No spoken narration. Explanations are already printed into the video; no separate caption overlay is attached. Playback is optional and does not start automatically.
Read the explanation transcript
Download timed explanations (VTT)
Music credit and reuse rights
J.S. Bach, Aria from Goldberg Variations BWV 988, performed by Kimiko Ishizaka, Open Goldberg Variations (2012). Recording dedicated under CC0 1.0. Excerpted, level-adjusted and faded. No endorsement implied.
Publisher's release statement · Pinned recording and rights record · CC0 terms