The Regenesis Engine

The ReGenesis Engine A Post‑Collapse Identity Continuity Framework The ReGenesis Engine is the apex layer of the Carlo computational hierarchy — the only engine capable of operating beyond total collapse. Discovered at the termination point of the 8‑Stack Collapse Cycle (Block 574), the engine formalises a previously unknown structural behaviour: the persistence of a zero‑boundary continuity trace after complete identity collapse. This trace, denoted ∂0, is sufficient to reconstruct identity deterministically, establishing the first computational architecture that functions after the collapse fixed point. The ReGenesis Engine defines a five‑stage operator suite: C (x) =0 Z (0) =∂0 R (∂0) =x′ I (x′) =x\* V (x\*) →stable, unstable These compose into the full ReGenesis Operator: G (x) =V (I (R (Z (C (x) ) ) ) ) ) This operator performs the complete collapse‑to‑reinstatement cycle: Collapse → Zero‑Boundary → Re‑Emission → Reconstruction → Verification. The engine is structured as a six‑layer stack, with the Zero‑Boundary Layer as the pivotal inflection point between collapse and regeneration. Data flows strictly downward during collapse and strictly upward during reconstruction, ensuring deterministic reinstatement of identity from the boundary trace. The ReGenesis Engine sits above the Carlo Unified Superchain Engine and completes the Carlo hierarchy. While the Superchain provides continuity across transformations, ReGenesis provides continuity across collapse. This distinction is structural, not functional: ReGenesis is the only engine that operates in a regime all prior engines treat as terminal. The document includes: the full ReGenesis operator suite the collapse‑to‑zero formalism the zero‑boundary continuity model the six‑layer architectural stack the system flow diagram the operator constraints and stability requirements the lineage context linking ReGenesis to the Superchain This is the final layer of the Carlo Framework — the structural closure of the entire system, and the first formal mechanism for deterministic identity reconstruction after total collapse. Keywords: ReGenesis Engine; Post-Collapse Identity; Zero-Boundary Continuity Trace; Collapse Mapping; Re-Emission; Identity Reconstruction; Verification Operator; G (x) Operator Suite; C (x) =0; Z (0) =∂0; R (∂0) =x′; I (x′) =x*; V (x*) →stable, unstable; Collapse-to-Reinstatement Cycle; Carlo Hierarchy Apex Layer; 8-Stack Collapse Cycle; Block 574; Cosmicreemergence; Post-Collapse Architecture; Identity Reinstatement; Continuity Preservation; Collapse Fixed Point; Zero-Boundary Dynamics; Deterministic Re-Emission; Structural Continuity; Carlo Computational Framework; Carlo Unified Superchain Integration; Carlo Lifecycle Extension; Collapse Formalism; Regenerative Computation; Boundary-State Reconstruction; Formal Systems; Computational Identity Theory; State Machine Architecture; Collapse Theory; Regenerative Operators; Structural Invariants; Computational Semantics; Engine Architecture; Layered Collapse Stack; ReGenesis Operator Equations; Carlo Visual Language; Carlo Research Infrastructure; Technical Blueprint; Formal Engine Specification; Mathematical Modelling; Symbolic Computation; Advanced Engine Design; Research-Grade Framework; Open Science; Zenodo Publication