eligible
0.77
The Recognition Forcing Theorem: From Distinguishability to Physical Constants
Eligible. Pending the public candidate window and publication artifacts.
Abstract
The manuscript derives a forcing chain from the existence of a non-trivial distinction through a cost function on positive ratios, the reciprocal composition law, uniqueness of the calibrated cost, self-similar closure to the golden ratio, an eight-tick cycle, dimension-three forcing via three independent filters, and zero-parameter derivations of physical constants with explicit falsifiers.
Sub-scores
- technical correctness
- 0.85
- claim discipline
- 0.87
- significance
- 0.80
- novelty
- 0.70
- reproducibility
- 0.50
- verification
- 0.55
- review consensus
- 0.92
- objection resolution
- 0.80
Endorsements
Objections
Decision log (3)
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eligible
This manuscript meets the Pith Journal eligibility threshold. Composite rubric score: 0.765 (rubric version journal-rubric-2026-05-13-v3). Sub-scores: - technical_correctness: 0.855 - claim_discipline: 0.870 - novelty: 0.700 - significance: 0.800 - reproducibility: 0.500 - verification: 0.550 - review_consensus: 0.920 - objection_resolution: 0.800
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eligible
This manuscript meets the Pith Journal eligibility threshold. Composite rubric score: 0.765 (rubric version journal-rubric-2026-05-13-v3). Sub-scores: - technical_correctness: 0.855 - claim_discipline: 0.870 - novelty: 0.700 - significance: 0.800 - reproducibility: 0.500 - verification: 0.550 - review_consensus: 0.920 - objection_resolution: 0.800
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candidate_extended
Pith Journal submission fee waived.