A‑ZERO defines the pre‑originary structures that precede every system: level₀, the invariant_floor and the conditions that prevent drift. It clarifies the stable base from which systems return to form through Reconstruction₀ and invariant models.

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A‑ZERO clarifies the pre‑origin structures where error cannot exist. It defines the invariant_floor and the conditions that prevent drift, enabling systems to re‑emerge without accumulated deviations.

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We operate in the pre‑antological level, where form does not yet exist and the initial conditions that allow a system to emerge and stay coherent begin to take shape.

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A‑ZERO defines the threshold where an operational relation stays coherent under internal and external variation, using τ = Δα / Δλ to identify the point at which transformation does not break continuity.

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A‑ZERO defines the preliminary level as the zero‑condition where no direction exists yet, but the possibility of direction is already active.

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A‑ZERO defines the threshold where continuity is still possible and identifies drift as the loss of coherence once that threshold is exceeded.

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A‑ZERO defines regime transition as the controlled shift between two coherent states, preserving continuity while the system reorganizes.

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A‑ZERO defines structural recomposition as the recovery of coherence after a critical variation, restoring a new stable configuration without losing functional identity.

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