UNNS κ-Series Selection Laboratory

Chambers κ₀ – κ₁ · Internal Selection & Symmetry-Based Resolution · Chamber κ₂ · Conditional Selection via Topological Parity

Selection Saturation Symmetry Discrimination UNNS Research Collective (2025)

The κ-series probes internal selection mechanisms in τ-relaxed systems. Chamber κ₀ establishes that τ-dynamics alone cannot uniquely determine outcomes, while Chamber κ₁ resolves multiplicity through symmetry-based discrimination — demonstrating that structural selection operates independently of energy minimization. Chamber κ₂ demonstrates conditional selection. Selection activates only when Ω₂ detects a meaningful parity distinction (EVEN and ODD both present; variance over parity-bearing states exceeds ε). When Ω₂ is inactive, the ensemble passes through unchanged.

⚗️ Integrated Selection & Symmetry Analysis Array · Conditional Selection

Chambers κ₀–κ₁–κ₂ operating in synchronized validation mode — v2.0.0 (κ₁-compatible)

κ-Series v1.0.0

CHAMBER κ₀

SELECTION SATURATION Chamber

This laboratory chamber demonstrates that τ-relaxation alone cannot uniquely determine final state. Multiple stable outcomes persist despite increased precision, requiring an internal selector κₙ.

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CHAMBER κ₁

Symmetry-Based Internal Selection

Chamber κ₁ operates on τ-stable ensembles from Chamber κ₀, selecting states based on intrinsic symmetry measures. It does not modify τ-dynamics or generate new states—it purely selects among existing τ-stable outcomes.

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CHAMBER κ₂

Conditional Selection via Topological Parity

Chamber κ₂ implements conditional selection via topological parity. Unlike universal selection operators, κ₂ only activates when specific structural conditions are met.

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