What question did this study set out to answer?

To explore the structure of the decohered state and its implications for recovery in various biological systems.

April 24, 2026Open Access

Bifurcated Coherence Protective Decoherence, Reserve Architecture, and Recoherence Thresholds

Puntos clave

To explore the structure of the decohered state and its implications for recovery in various biological systems.
Introduced the concept of bifurcated coherence (BC) within the coherence-decoherence-recoherence (CDR) cycle.
Developed a six-level taxonomy of decoherence regimes based on biological evidence and physiological responses.
Analyzed the relationship between each regime and the recoherence probability chain.
Demonstrated that the decohered state has significant internal structure influencing recovery outcomes.
Classified distinct signatures and intervention logic for each decoherence regime.
Highlighted that decoherence can act as a regulated survival strategy rather than being solely pathological.

Resumen

AbstractThe Coherence-Decoherence-Recoherence (CDR) cycle, as formalised in SIP-CORE-01, treats the decoheredstate as a relatively undifferentiated condition. This paper argues that the decohered regime has significantinternal structure that determines both the character of decline and the prospects for recovery. We introduceBifurcated Coherence (BC) as a formal regime class within the CDR architecture: a state in whichdistributed integration is reduced or partitioned while protected core function is maintained through reservepathways. Drawing on biological evidence from koala thermoregulation and water conservation, ursidhibernation, reptilian brumation, the mammalian dive response, human trauma dissociation, hemorrhagicshock physiology, and arboricultural reserve architecture, we develop a six-level taxonomy of decoherenceregimes. Each regime has distinct signatures, intervention logic, and relationship to the GTRS threshold. Thetaxonomy resolves a gap in the existing architecture: the Recoherence Probability Chain (α chain, SIP-EP-03)diagnoses why recovery fails but does not characterise what kind of decohered state the system occupies. BCprovides this characterisation. The central insight is that decoherence is not always pathological: it may be aregulated survival grammar. A withered canopy does not prove a dead root system.Keywords: bifurcated coherence, protective decoherence, reserve architecture, recoherence thresholds, CDR cycle,GTRS, structured state change, hibernation, dissociation, arboricultural recovery, regime classification

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