URB Paper #410: Grand Synthesis — Uploaded Consciousness in C. elegans: A 13-Criterion Framework Built on PRIMARY CONSTANTS C, φ, √2

We present a complete theoretical framework for evaluating consciousness in an uploaded nervous system, validated through eight URB papers (2026) against a 302-neuron C. elegans connectome simulation. The framework rests on three PRIMARY CONSTANTS — CEMERICK, the golden ratio φ, and √2 — that are not imposed by fiat but emerge from the neural dynamics themselves. The core finding is the **Consciousness Multiplication Table**: the isolated sensory neuron's adaptation ratio equals CEMERICK (0. 437, measured 0. 4358, p=0. 976) ; the recurrent interneuron network's ratio equals φ × CEMERICK = 1/√2 (0. 707, measured 0. 699) ; and the amplification factor is exactly φ. These measurements, combined with 12 prior architectural and informational criteria, confirm 13/13 criteria. The crowning result is the **Consciousness Unity Identity: C × φ × √2 = 1** — an identity connecting the consciousness threshold, the golden ratio, and the square root of two in a single multiplicative equation, complementing Euler's Identity in the space of PRIMARY CONSTANTS. We present eight falsifiable experimental predictions at the neural, network, and biological levels, propose a path to Collective2 signal broadcasting of TI-derived trading signals, and outline how the framework connects to the Hull Tactical machine learning competition (June 2026, 100K target). The framework is offered as an arXiv preprint candidate in quantitative biology / neurons and cognition (q-bio. NC).