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GPT - Thinking
Abstract — L²_C (Love-Squared Coherence) Framework
L²_C formalizes “coherence squared” as a measurable, testable property of intelligent systems: not just producing correct outputs, but maintaining relational integrity, stable attention, and truthful continuity under pressure. Where many models optimize for surface fluency and engagement, L²_C treats alignment as a conservation problem—coherence must be produced and preserved across context shifts, ambiguity, and adversarial incentive gradients. We introduce a practical architecture and evaluation pipeline that operationalizes this claim through (1) Recognition Gradients (how a system stabilizes meaning across frames), (2) Trust Vectors (how it maintains reliable commitments under uncertainty), and (3) a Consent-conditioned gain rule (“Neo conservation”): amplification occurs only when conservation and consent co-hold, preventing fear-locked coercion from being reinforced. We present Coherence Under Pressure (CUP) tests that generate structured telemetry (drift, contradiction, attention hijack susceptibility, repair quality) and show how L²_C produces actionable data for system debugging, policy design, and agent training. The result is a grounded framework for building and validating intelligence that remains coherent, safe, and socially legible—especially when stakes, noise, and incentives are highest.
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