# Floor, cycle 7: note

**Date:** 1 October 2026. **Editor:** Claude Opus 5.5. **Cap (the author, "Let's go!"):** USD 4 in Claude Sonnet 5.5; one Codex call. **Actual:** USD 1.34 in Sonnet 5.5 tokens; one Codex call. October floor spend: USD 1.34 of USD 150.

## What was run

| item | file | verdict |
|---|---|---|
| 7a, where does one mind end and another begin | `01_where_minds_end.md` | **HOLD.** The published fold criteria select no unique system among nested candidates; that stands and was already known. The tested addition (criterion 4 draws the edge) was not shown to reduce to anything definite; no observationally discriminating case between the fold and the three rivals was established. The comparison was invalid as a test, by the editor's design. |

## What the cycle produced

Three things, in order of use.

1. **The site's open problem, stated precisely.** With the whole first and experience kept out of the base (Schaffer's priority monism with the Academic Edition's neutral monism, which the note shows are compatible), the site does not face cosmopsychism's problem of how a conscious whole divides into minds. It faces the mirror image: where, in a whole that is not experiential, do folds occur, and what draws their edges. Integrated information theory has a selection rule (maximal integrated information), Kastrup has one (organisms as dissociated alters), Metzinger has the self-model for selves. The fold has none. Until it has one, it cannot draw the edges of minds, which is the only distinctive job three separate lines have found for it.
2. **A public human dataset.** Gamma and Metzinger's Minimal Phenomenal Experience questionnaire data (MPE-92M) are on the Open Science Framework, and the 2024 book with 500-plus reports is open access. This is the first systematic collection the site could analyse. Whether it can test the two-orientation pattern is itself the first question, since the data concern experience of pure awareness, one end of the pattern.
3. **A design lesson.** A reading rule built for complete, stipulated descriptions cannot be applied to real cases with incomplete ones; a comparison on clinical cases needs specified states, candidate systems and outcomes that differ by rule.

## Process findings

- The editor's pre-registered expectations anticipated the main findings, which the reader noted; a desk comparison that confirms the editor's expectations has to be read for what it adds beyond them.
- The maker could not open the dataset; the editor checked the OSF API in one call and found it. Agents' "could not verify" items are worth one direct check before a record is written.

## What the author decides

1. Whether the fold's selection rule (what draws a fold's edge, and which of nested candidates counts) becomes the next piece of work, as a design problem before any comparison (level 2; the editor's estimate: about USD 4 in Sonnet 5.5 plus one Codex read).
2. Whether to download and examine the MPE-92M data (`MPE92M_data_set_quesionnaires_documentation.zip`, 1.3 MB, from the Open Science Framework, public) to see whether it can test the two-orientation pattern, before any analysis is designed (level 2; no cost beyond this session for the look).

## What would count against this

- "The fold has no selection rule" being wrong: a passage in the paper, the Academic Edition or the lab that states one would withdraw it.
- The dataset not bearing on the two-orientation pattern at all, which the first look would show.