Key result
Receiver Parameter Classification System predicts higher stress vulnerability in AuDHD via attractor basin overlap.
Reframes behavioral diagnosis as parameter estimation in a continuous receiver manifold rather than categorical labeling.
Indicates greater AuDHD stress vulnerability than autism; leaves open prospective validation of the receiver manifold overlap theorem.
Theorem (Overlap) + 5 Falsifiable Predictions. Behavioral and cognitive variation described by a five-dimensional receiver configuration R = (TI, SG, FT, UE, AR) in continuous receiver manifold, with closed-form stability potential V(R, E) = alpha*SG^2*(1-FT~)*H + beta*TI^2*P + gamma*FT~^2/(UE+epsilon). Theorem (Overlap): comorbidity rates that exceed the product of base rates are structural consequences of overlapping attractor basins in receiver space, not statistical anomalies. Five Predictions: P1 entropy sensitivity ordering, P2 stress vulnerability ranking (AuDHD Delta V = +12.3, Autism +2.2), P3 spectral gap ordering, P4 comorbidity as basin overlap, P5 matching principle (TI ~ 1/H, the actionable clinical handle). Reframes diagnosis as parameter estimation rather than categorical labeling. Cosmic-cognitive structural isomorphism with Paper 6: percolation thresholds and basin-and-ridge ratios should match between cosmic web topology and receiver stability landscape. Three structural gaps with IMM Volume V (PEC framework) documented. Inherits from Paper 0 (axioms A2, A3, A4); builds on Papers 5 and 6.
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Travis Bergen (2026) studied Behavioral and cognitive variation (AuDHD, Autism). Receiver Parameter Classification System (RPCS-1) was evaluated. The Receiver Parameter Classification System reframes diagnosis as parameter estimation, predicting stress vulnerability rankings (AuDHD Delta V = +12.3, Autism +2.2) via attractor basin overlap.
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