QHP is a governed domain-specific language for constitutional quantum-holographic scene programming. It is both a code base language and a media-based language — the same syntax that compiles to Q-assembly gate sequences for quantum hardware also describes holographic scenes with spatial entities, lighting, and projection configurations.
A QHP program declares quantum-entangled holographic scenes, binds quantum states to spatial entities, governs when measurement and wavefunction collapse are permitted, and adaptively routes execution to the optimal projection substrate at runtime.
Each circuit runs through the constitutional governance gate before reaching the QPU. Governed execution on Rigetti Cepheus (108Q) and IQM Garnet (20Q) via AWS Braket.
Each COIN is a standalone governed computation minted by the MC290 Triple Kernel Particle Collider through the Neptune engine. Patent-backed. Domain-independent. Every COIN is a quantum circuit.
Mean fidelity: 94.7%. Teleport fidelity: 96%. All GO governance gates passed. Results verified via SHA-256 proof hash and stored in AWS S3.