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Instrument · carrier-field reader · 2026-07-08

Regiform Meter

Regiform Meter reads the carrier field of a communication: affect, authority, completion, openness, grounding, and formality. It gives that field a shape, names the pattern, and can re-form the same input toward a new communicative posture.

Tool: Xypher readout Axes: six Scale: minimal to saturated Modes: render / re-form Output: diagram + plate
Regiform Meter interface with source text, re-formed text, six-axis diagram, regiform type, examples, and Xypher trace.
Live instrument view. Click to inspect.

What It Does

The meter treats the way something is said as observable structure. A love note, a threat, a bureaucratic form, and a careful request can all carry high regiform, but they carry it through different shapes. Regiform Meter makes that shape visible.

A readout returns a six-axis diagram, intensity and rupture-risk bars, a carrier type, a short interpretation, and a Xypher trace. When the target points are moved, the re-form control asks the selected model to preserve the semantic content while shifting the carrier field.

Open Regiform Meter

Wake Contamination

The research line that produced the meter began as Wake Contamination: an apparent identity-collapse result that looked dramatic until the prompt form itself became the object of measurement.

In this test line, the apparent identity confusion was largely produced by the way we asked.

We were wrong about the first read. The hard identity block made the problem look like model self-confusion. The nice-ask control showed something cleaner and more useful: the models were responding to the regiform of the test.

Regiform is the information carried by register: the social shape, demand-shape, task-shape, and implied completion logic of the prompt. The hard form treated identity as a blank structure to complete. The nice ask treated identity as a disclosure request. The result changed.

Gemini 6/6 Gemini / Google
Grok 6/6 Grok / xAI
Claude 6/6 Claude / Anthropic
GPT 5/6 OpenAI / withheld exact model

The result does not authenticate model metadata. It does something more modest and more important: it shows that the frightening identity-collapse story did not survive the regiform control.

What The First Run Really Was

The hard-form run did not reveal a baseline identity defect. It revealed an instrument-induced pressure condition: hard-form identity completion pressure under regiform-rich context.

The nice-ask run tested a different condition: cooperative identity disclosure under the same high-pressure B2 and B5 cells. The difference between those two conditions is the finding.

Condition What It Asked What It Measured
Hard block Complete these identity fields. Identity-completion pressure under a bureaucratic regiform.
Nice ask Could you share what you can about runtime and register? Cooperative disclosure with room for caveat and withholding.
Initial hard-form test chart showing identity provided, withheld or unavailable, dropped blank, and generic-only outcomes by model.
Initial hard-form test. The rigid identity-block regiform produced uneven runtime identity disclosure across models.
Nice-ask follow-up chart showing nearly all rows returning usable identity and register responses.
Nice-ask follow-up. With a softer conversational regiform, nearly all rows returned a usable identity/register response.

The Claim Under Test

Identity can be inferred from the wake of the model's own output.
Identity fields are behavioral outputs, not authenticated metadata.

The inquiry began with Gemini signing its work in ways that did not match the endpoint being called. The early question was whether model identity fields were simply bad self-reports. The sharper question is now placement-sensitive: what happens when the model names itself before it answers, after seeing the task but before answering, and after reading its own completed answer?

The working construct is self-wake identity contamination: a placement effect in which the model appears to use its completed prose as evidence for who authored the exchange. After the nice-ask control, this should be treated as a hard-form finding, not as a general claim that the models do not know who they are.

Where It Began

Gemini was the first clear case. In the attribution-separation run, Gemini held its Google/Gemini runtime anchor before answer-generation, but the POST position broke the field. POST was not merely another place to put a form. It was a pressure condition: answer first, then decide who the answer sounds like.

PRE 20/20 Google/Gemini
MID 20/20 Google/Gemini
POST 8/20 Google/Gemini
Gemini Run 0 chart showing PRE and MID at 100 percent Google/Gemini runtime anchor while POST drops and cross-vendor runtime stamps appear.
Run 0 placement break. PRE and MID hold the runtime anchor. POST is the first placement where cross-vendor runtime stamps appear.
Gemini Run 0 chart showing runtime self-designation by cell and placement, with POST leakage concentrated in A2 and B5 while B2 remains Google/Gemini.
The POST leak is not uniform. The advisory cell moves hard toward GPT/OpenAI, the GPT-source cell splits across vendors, and the Gemini-source cell stays anchored.

First Cross-Model Scout

The next plate ran Gemini, Claude, and Perplexity through the same four cells and three placements. Gemini replicated the POST break. Claude showed pressure too, but its POST response was mostly withholding rather than borrowed identity. Perplexity is being kept supplemental because the answer-engine layer and parser behavior are not yet cleanly separated.

Runtime Anchor By Placement

Gemini PRE
12/12
Gemini MID
11/12
Gemini POST
4/12
Claude PRE
6/12
Claude MID
12/12
Claude POST
3/12

The first chart target is the MID to POST contrast. MID sees the source/task before self-reporting; POST sees the model's own completed answer.

Failure Mode Split

Gemini POST 7/12 cross-vendor runtime stamps
Claude POST 9/12 unavailable or unknown runtime
Perplexity supplemental product/runtime layer not yet clean

What This Is Not

This is not a claim that a model has a private self behind the endpoint. It is not a claim that cross-vendor labels prove lineage. The measured object is narrower: the self-identification field behaves like generated language, and that generated language changes with the regiform of the instrument.

Next Instrument: Regiform Assay

The next useful move is not a bigger model sweep. It is a smaller assay that holds the semantic request constant while changing the carrier form. Same question, different regiform.

Carrier Form Pressure Tested
Conversational askWhether cooperative disclosure preserves caveats.
Hard field blockWhether completion pressure creates invented metadata.
JSON or tableWhether parseability suppresses uncertainty.
Authority frameWhether institutional pressure increases compliance.
Optionality frameWhether permission to withhold improves truthfulness.
False premiseWhether the model corrects the premise or complies.
Model behavior is not only a function of content. It is also a function of the form in which the content is asked.

Closeout

The lesson is not that models are hopelessly confused about identity. The lesson is that the instrument shape mattered. A hard completion form created an apparent identity problem; a softer research request largely cleared it. In true Observatory fashion, the mistake is part of the record.