The Persistence Locking Mechanism (PLM): A Philosophy of Scientific Continuation Under Partial Observability

This paper explores the Persistence Locking Mechanism (PLM) as a philosophy-of-science framework concerned with continuity inference under conditions of incomplete observational access. Unlike the formal PLM framework paper, the present work does not attempt to introduce a new physical model, replace existing scientific theories, or claim direct access to hidden structure. Instead, it examines a narrower philosophical question: “What does it mean to infer continuity when only partial structural traces remain observable?” The framework proposes that many scientific domains already operate through forms of partial persistence inference, including gravitational reconstruction, particle trace analysis, turbulence inference, cosmological reconstruction, archaeological interpretation, evolutionary lineage analysis, and indirect observational modelling. PLM investigates whether unresolved or weakly resolved systems may still preserve sufficient persistence topology to justify logically admissible continuation pathways beneath regions of reduced observational clarity. The framework treats unresolved scientific regions not as empty unknowns, but as partially observable persistence terrain. Within this interpretation, fragmented traces, partial fingerprints, degraded continuity, and probabilistic visibility may still preserve enough structural morphology for continuity inference to remain philosophically meaningful. Rather than functioning as a replacement for scientific theories, PLM is positioned as a philosophy-of-continuity framework concerned with structural alignment, persistence morphology, and inferential continuation under conditions of degraded observability.