Step 041 — No Knobs Principle

Once the sector template is in place, inter-sector couplings are no longer free dials.

Book / layer. Book III · E1
Macro step. CS-04 — Identify the Physical Carrier
Short routes. https://prrp.site/s41 · https://prrp.site/s041

Status tags. formal bridge

Construction role

Once the sector template is in place, inter-sector couplings are no longer free dials. At each primorial depth M_d, the coupling

is canonically determined by the master constant and the depth data. The scope is intentionally narrow in this compact note: Book III’s No Knobs covers the 10-entry primitive-sector coupling ledger, while this paragraph uses only the inter-sector/export consequence. It is not a claim that every later numerical physics readout has already been theorem-proved at this stage. Book IV and Book V instantiate the sector grammar and expose the empirical readouts.

What this step earns

No Knobs Principle is made addressable as Step 041 in the fine-grained Construction Spine routing layer.

• Routing scaffold. Detailed earned-output extraction is pending the source-map pass.

What this step does not yet establish

This route exposes the RC3 construction step for inspection. It does not by itself establish peer review, empirical adequacy, or final manuscript-level source closure.

Source anchors

• Full Construction Spine RC3 whitepaper source (papers/whitepapers/panta-rhei-construction-spine-e0-e3/main.tex:596)

Manuscript extraction state: Detailed source anchors pending extraction.

Anchor classification: whitepaper source resolved; manuscript extraction pending; Registry extraction pending; TauLib extraction pending.

Formalization and verification

Registry links: Registry extraction pending.

TauLib modules: TauLib module extraction pending.

Dependencies

• Previous: Step 040 — 4+1 sector template
• Next: Step 042 — Hinge Theorem export

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