recognition_light_before_physical_light
plain-language theorem explainer
Recognition-light precedes physical light in the pre-temporal forcing order of Recognition Science. Foundation researchers cite this to separate the primitive distinction act from the later electromagnetic null cone. The proof succeeds as a one-line application of the decidable instance on rank comparison.
Claim. The forcing priority satisfies $rank(RecognitionLight) < rank(PhysicalLight)$, where RecognitionLight denotes the pre-temporal revealing act of distinction and PhysicalLight denotes the null boundary of spacetime.
background
The module records dependency order before time itself arises. Before is the relation on stages defined by $rank(a) < rank(b)$, equipped with a decidable instance via natural-number comparison. RecognitionLight is the stage for the primitive interface that makes distinction available; PhysicalLight is the stage for the light cone that carries electromagnetic signals once spacetime exists. The module doc states that physical light is downstream of J-cost, ticks, and spacetime, while recognition-light is the first revealing act.
proof idea
The proof is a one-line wrapper that invokes the decidable instance for the Before relation, reducing directly to a Nat.lt comparison on the ranks of the two stages.
why it matters
This theorem fixes the relative position of recognition-light and physical light inside the pre-temporal forcing chain. It supports the broader separation between pre-temporal structure and the first boundary of spacetime, consistent with the T0-T8 forcing sequence where distinction precedes the eight-tick octave and spatial dimensions. No downstream uses are recorded in the supplied graph.
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