This preprint proposes a phase-selection model that addresses outcome selection in quantum measurements, suggesting falsifiable predictions.
Version note (v2.0, 2026-04-06): This release updates editorial consistency across the Phase-Model series (Papers 01–13), including reference formatting, author-name normalization, and removal of local-path citation strings. The core model claims and rejection logic are unchanged unless explicitly stated below. This preprint proposes a phase-selection closure model for the quantum measurement problem. The framework models outcome selection as competition between amplitude weights and environment-induced phase dispersion, enforces Born-limit compatibility, and provides explicit falsifiable predictions and rejection criteria across weak and strong measurement regimes.
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Yoshida (2026) studied this question.
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