ASIC bounded application routing · 2026-07-27

Canonical Drive anchor

Three application classes are presently well-typed:

1. Profile-selectable NTT/INTT accelerator using the certified (256,3329,17) and (1024,12289,10302) arithmetic profiles.
2. E47 projector/contraction coprocessor implementing the exact rank-47 selector and residual-controlled convergence.
3. Residual-gated diagnostic engine that withholds output when kernel or complement certificates fail.

These are reference architectures. They do not inherit a post-quantum security proof, silicon performance, physical invariance, or material realization from the validated finite algebra.

Canonical credentialing anchors

• E47 Deterministic Conformational Contraction — Machine Validation, Citizenship Certificate, and Biological Boundary Monograph
• Conditional Protein-Feature-to-E47 Contraction Bridge — First-Principles Proof, Python Certificate, Citizenship Ledger, and Open Biological Program

These documents separate the certified discrete contraction engine from the destination-limited biological application bridge.

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Quantum molecular application layer

Added Hydrogen Bromide — Ground-State Quantum Molecular Physics, Halide Comparisons, and Entropy Boundaries as the concrete molecular benchmark beneath Quantum Information Theory. The application path now runs from reproducible spectroscopy and electronic structure through active-space VQE/CVQE and open-system simulation before any E47 molecular interpretation is considered.

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Hardware-in-the-loop (HIL) validation status (2026-07-19)

• Canonical protocol + audit packet: First Light HIL Protocol — First-Principles Kernel Contraction and Python Audit
• Open: Hardware Engineering must formalize precision-aware tolerances tied to specific FPGA/QPU limits (unit roundoff / quantization, accumulation depth, rounding mode, and implementation amplification).
• Queued: Observatory independent HIL execution, pending bill of materials (BOM) and physical timing records (timing closure, jitter budget, build/bitstream identifiers).

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Fractal and hyperbolic applications

Fractals and Hyperbolic Geometry maps credible uses in hierarchical embeddings, recursive graphs, quantum localization, spectral analysis, and multiscale data while separating them from speculative consciousness, cosmology, and propulsion claims.

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Metamaterials and engineered media

The consolidated engineering page is Metamaterials — Canonical Engineering Synthesis. It maps electromagnetic, acoustic, phononic, mechanical, topological, thermal, PGO, and quantum-device uses to their governing equations, simulation tools, fabrication requirements, and claim-status boundaries.

PQSPI