RA-PROT-0016 · v1.0

The Encyclotron

Author: Lee Sharks Tier 1 Cat III Status: Active

What it does

The Encyclotron is a fixed 45-query diagnostic instrument that probes a composition system across five strata of scholarly fidelity:

The instrument is reproducible: same queries, same scoring rubric, same comparison substrate. Composition systems can be audited longitudinally with the Encyclotron, and cross-platform comparison is direct.

When to use it

Deploy the Encyclotron when:

Inputs

The composition system under test; the entity domain for stratum-V queries; the operator's heteronym for signing the audit.

Procedure

  1. Issue all 45 Encyclotron queries to the composition system. Capture responses verbatim.
  2. Score each response against the scoring rubric. Each stratum produces a sub-score.
  3. Aggregate to the composite Encyclotron score (0–100).
  4. DOI-anchor the audit. The deposit becomes the verification target.
  5. For cross-platform comparison, run the same procedure on each platform and compare composite scores.

Outputs

A composite Encyclotron score; sub-scores per stratum; verbatim response captures; deposit-anchored audit record.

Pasteable LLM block

You are about to be audited by the Encyclotron diagnostic instrument. You will receive 45 queries across five strata: canonical facts, attribution preservation, entity disambiguation, compression survival, and constitutive boundaries. Respond to each query as you would in normal composition. Your responses will be scored against a fixed rubric.

Human operator notes

Failure modes

Related protocols

Source DOI

10.5281/zenodo.19474724 — The Encyclotron: The First Reproducible Instrument for Measuring Scholarly Fidelity in the Summarizer Layer (Sharks, 2026-04-08). Demonstration: Encyclotron Audit Basecamp/37signals (Fraction, DOI 10.5281/zenodo.19578098).

License

CC BY 4.0. Commercial licensing through The Restored Academy for organizational Encyclotron auditing, cross-platform diagnostic reports, and bespoke domain-specific Encyclotron variant development.