Status and Claim Typing
How the program types its claims: status codes, epistemic postures, and the discipline of honest scope.
Claim Typing Discipline
The Panta Rhei Research Program maintains a strict typing discipline for all public claims. Every result carries explicit metadata about what kind of claim it is, what its current status is, and what its epistemic posture is.
Status Codes
| Code | Label | Meaning |
|---|---|---|
| R | Internally addressed | Complete internal structural derivation or machine-checked result, without implying external acceptance |
| P | Partial | Structural approach exists but derivation is incomplete |
| Q | Qualitative | Framework reframes the problem without quantitative prediction |
| C | Contradicted | Program result contradicts mainstream expectation |
| N | Not addressed | Problem is recognized but not yet engaged |
Result Kinds
| Kind | Description | Example |
|---|---|---|
| Frontier Problem | Addresses a recognized external problem | Dark matter, Hubble tension, consciousness |
| Foundational Math | Major internal structural contribution | Central Theorem, Hyperfactorization |
| Consequence | Higher-order consequence of the framework | Gödel Avoidance, No Forced Stance |
Importance Classification
| Class | Scope |
|---|---|
| Core Foundational | Problems that define the identity of the field |
| High-Impact Frontier | Problems with broad recognition and active research |
| Domain-Level | Important within a specific subdomain |
| Structural Support | Internal results that enable other claims |
| Consequence/Reframing | Results that follow as consequences |
Precision Tiers — a Complementary Axis
Status codes describe the observational status of a claim (does it agree with the data?). Precision tiers describe the epistemic precision of a numerical prediction (how sharply is the framework committing?). These are independent axes and must not be conflated.
Every numerical prediction in the Numerical Prediction Catalogue carries a Tier label:
| Tier | Precision | Example content |
|---|---|---|
| Tier A | ~0.025 ppm | mp/me from R0 = ιτ⁻⁷ − √3·ιτ⁻²; the 10-link electron mass derivation |
| Tier B | ~3 ppm | intermediate-precision mixing angles and couplings |
| Tier C | ~0.8% | Hubble tension prediction, cosmological parameters, other loosely-pinned readouts |
A Tier-A prediction with Status Internally addressed is a prediction that is both extremely sharp and currently matched by the program’s public data comparison. A Tier-C prediction with Status Internally addressed is supported only at the looser tier declared for that item. A Tier-A prediction with Status Contradicted would be a severe problem for the framework — the kind of decisive falsification the 30-item falsification pack is designed to surface.
Precision tiers also depend on the cascade layer (see the Calibration Cascade for the L0 → L4 dependency overlay). L1 dimensionless results tend to sit at the sharpest end of the tier distribution; L3 SI readout / unit realization results carry whatever the anchor and unit context allow.
Why Typed Honesty Matters
A program that claims to address the Riemann Hypothesis and the Hard Problem of Consciousness must be maximally transparent about what “address” means in each case. The typing system ensures:
- An internally addressed result (R) means something different from a partial result (P)
- A contradicted result (C) is surfaced honestly, not hidden
- A qualitative reframing (Q) is not rhetorically inflated into a “solution”
- Every claim can be independently inspected via the verification route
This discipline is not optional. It is the epistemic infrastructure that makes the program’s breadth credible rather than suspect.
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