A boundary-preserving semantic-compilation theorem converts known one-way, streaming, and contextuality separations into architecture-independent coordination-width lower bounds for AI state-tracking solvers, with three worked applications including an n-qubit versus Omega(n^2)-bit stabilizer…
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Quantum Coordination Advantages in AI State-Tracking Tasks: Semantic Compilation and Latent Memory
A boundary-preserving semantic-compilation theorem converts known one-way, streaming, and contextuality separations into architecture-independent coordination-width lower bounds for AI state-tracking solvers, with three worked applications including an n-qubit versus Omega(n^2)-bit stabilizer…