Q-Psi State-Space Compiler
The Q-Psi compiler automates the extraction and translation of discrete software-repair search universes into structured candidate state spaces and physical circuits for superconducting quantum hardware.
Compiler-Enabled Quantum Query Advantage
Q-Psi executed a frozen quantum query advantage experiment on physical IBM Quantum hardware using authentic candidate spaces generated by the Q-Psi State-Space Compiler. Across 9 frozen instances from 7 language ecosystems, physical quantum execution achieved lower effective verifier queries than the classical black-box baseline across 9/9 individual cases and 3/3 problem sizes (N=4, N=8, N=16).
Mathematical Compilation & Execution Pipeline
The compiler did not invent Grover's algorithm or amplitude amplification theory. The Q-Psi contribution tested whether authentic Q-Psi compiler-generated candidate state spaces could participate in a bounded physical-QPU query-advantage experiment under an opaque black-box verifier interface.
Multi-file software bug state space from authentic repositories.
Extracts discrete candidate subspace and structural relations.
N=4, 8, 16 discrete candidate state universe.
Zero-leakage black-box evaluation contract.
IBM Quantum Heron 156Q execution (18,432 shots).
Adversarial audit verifying 9/9 advantage cases.
Earlier Stage-6F QUBO/Ising benchmark recovered exact classical global optimum on 100% of small instances (N ≤ 10) on ibm_marrakesh. General runtime advantage or wall-clock speedup over classical software-repair pipelines is not claimed.
Research Evaluation Access
Qualified researchers, academic laboratories, and quantum computing groups may request access to evaluate the Q-Psi State-Space Compiler using their own research workloads and target quantum-compute backends.
External compiler evaluation is contribution-supported and manually fulfilled. Proprietary compiler source code is preserved securely outside public web repositories.
- Review research evaluation terms and claim boundaries.
- Support the Q-Psi research program via the approved PayPal hosted link (flow: Research Access Contribution).
- Email aadisatv@sattvaos.tech with:
- Name and institutional affiliation / lab
- Intended research evaluation workload
- Target quantum backend (simulator or QPU)
- PayPal contribution reference
- Access instructions and Research Evaluation License key issued upon review.
For commercial integration, proprietary compiler licensing, enterprise state-space optimization pipelines, full project acquisition, or strategic research partnerships.
- • Enterprise compiler integration terms
- • Custom superconducting/trapped-ion QPU backend transpilation
- • Full project acquisition or dedicated sponsorship terms
- • Direct correspondence with founder