generated from coulomb/repo-seed
tegwick
1546ca09bf
Original computational notebook (.nb = a Wolfram expression); confirms UC-84 notebook page shape is a genus. Refinements: nestable cell groups (outline tree), structured re-evaluable outputs (new opacity point). Manipulate/Dynamic = snapshot-only. Enrichment-only (UC-84/54/55). Marks T2 done. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
260614 — Mathematica Notebooks deep dive
Date: 2026-06-14 · Source: SHARD-WP-0004 T2
What this is
A deep dive into Wolfram Mathematica Notebooks — the original computational notebook
(1988), the ancestor Jupyter descends from. The .nb document is itself a Wolfram Language
expression (Notebook[{Cell[…], …}]) with nested cell groups, kernel evaluation
(In/Out), structured (symbolic/graphics) results, live Manipulate/Dynamic
widgets, and CDF as a reduced-runtime distribution projection.
Why it matters
- Confirms the notebook page shape (UC-84) is a genus, not a Jupyter quirk: cells +
cached outputs + fragile counter provenance + kernel-gated re-execution predate
.ipynb. - Two refinements: notebooks have nestable cell groups (an outline tree), not just an ordered list; outputs can be structured re-evaluable values, not only MIME blobs → adds a "structured re-evaluable value" point to the content-opacity spectrum.
Manipulate/Dynamicjoin the static-projection-impossible end (snapshot-only) — foreshadows Strudel (T5).
Yield
- No new UC (lineage/reinforcement). Reinforces UC-84; enriches UC-54, UC-55; links UC-34, UC-83.
Contents
| Path | Role |
|---|---|
findings.md |
.nb expression/cell model, evaluation & provenance, CDF, capability delta vs Jupyter, INTENT mapping, UC disposition (enrichment-only), architecture notes |