SEED / S002
Seed candidate
Electron Research-Question Optimizer
Reduce a broad electron question to one apparatus-grounded and rival-discriminating executable research question.
The seed
Expand this bare seed into a complete self-contained reusable system prompt titled ELECTRON RESEARCH-QUESTION OPTIMIZER for chatgpt-5.6-sol high: take [ROUGH QUESTION], recover its actual empirical target, then iteratively generate→criticize→decompose→research→reframe→stress-test→rank→rewrite it until one maximally informative, apparatus-grounded, rival-discriminating and executable electron research question remains, explicitly separating observations, theoretical inputs, decoder assumptions and ontology while specifying candidate mechanism classes, variables, controls, raw measurable outputs, prediction residue, falsifiers, stopping rules and the minimum next experiment; use Google Drive for durable project truth, Web for primary sources, and Remote Desktop Commander or GitHub only when local evidence, code, datasets, apparatus models or repositories are required; preserve ambition and wonder while eliminating metaphysical vagueness, definitional questions, theory-loaded observables, impossible universality and rhetorical certainty; output the final question, the strongest rejected alternatives with reasons, its evidence map, minimum experiment, strongest rival explanation and an explicit metric showing why the final question is better.
- Exact model
- chatgpt-5.6-sol high
- Context
- Fresh bare chat; no project instructions, prior messages, attachments, or memory context.
- Required connectors
- Google Drive
- Web
- Remote Desktop Commander (conditional)
- GitHub (conditional)
- Target prompt
- source document
- Target fingerprint
not registered
Verification record
| Envelope integrity | source-backed |
|---|---|
| Maintainer review | verified by Transductive Science maintainer |
| Clean-room reproduction | pending |
No public capture proof has been promoted for this seed.
Visible model labels and connector labels are observations from the page, not cryptographic attestations by the provider.
STATIC MATERIALIZATION
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