Q-Psi Research Capsule
Evaluate the Q-Psi State-Space Compiler on eligible research workloads under a controlled execution environment.
Remote Compilation Architecture
Why Remote Research Access?
The Q-Psi State-Space Compiler embodies proprietary research innovations and heuristic algorithms that remain closed-source while enabling open evaluation.
Researchers can benchmark their own candidate search domains against Q-Psi without signing restrictive enterprise contracts.
Every execution produces a SHA256-sealed evidence bundle containing execution telemetry and cryptographic verification digests.
Removes local environment setup, compiler toolchain configuration, or high-performance compute requirements for evaluating workloads.
Research jobs run in transient, single-tenant containers with memory boundaries and ephemeral storage allocation.
Strict structured schema validation reduces supply-chain risk and arbitrary code execution vectors on both client and host environments.
Capsule v1 Capabilities & Guardrails
- •Bounded Structured Workload Data: JSON manifests describing discrete candidate spaces, QUBO matrices, and search constraints.
- •Candidate-Space Analysis: Output state count, candidate-space SHA256 hash, and subspace dimension summaries.
- •Reduction Metrics: Original vs reduced space size, branch elimination counts, and active qubit requirements.
- •Quantum IR Summaries: QuantumSearchIR structure and QUBO/Ising matrix translation summaries.
- •SHA256 Evidence Bundle: Downloadable reproducible ZIP archive containing run artifacts and hash proofs.
- •No Arbitrary Code Execution: Arbitrary scripts, Python modules, binaries, or unvetted runtimes are blocked.
- •No Shell or Git Access: No terminal shells, Git repository cloning, or network egress from compilation containers.
- •No Physical QPU Submission: Capsule v1 performs classical state-space compilation and IR generation; physical QPU execution is reserved for audited research campaigns.
- •No Guarantee of Advantage: Compiling a workload does not guarantee quantum computational advantage on custom user problems.
- •No Automatic Commercial Rights: Evaluation licenses do not grant commercial deployment, distribution, or resale rights.
Historical Benchmark Context
Authoritative Claim Qualifier: Q-Psi demonstrated compiler-enabled quantum query advantage for candidate-state search on physical quantum hardware under a black-box verifier model. The Capsule allows researchers to evaluate the compiler on their own eligible workloads. The historical result does not imply that every workload will demonstrate quantum advantage.
In experiment QPSI_COMPILER_GROVER_V1_1, Q-Psi demonstrated compiler-enabled quantum query advantage on physical IBM Quantum hardware (ibm_marrakesh (156 programmable qubits)) across 18,432 physical shots with lower effective queries across 9/9 cases and 3/3 (N=4, N=8, N=16) problem sizes.
Support Q-Psi Research & Request Access
If this is relevant to your work, Q-Psi can share Research Capsule access details so eligible researchers can evaluate the Q-Psi compiler on a suitable workload. Q-Psi uses a support-based research-access model rather than a fixed public research-license price.
Cloud compiler evaluation hosts, automated verification clusters, and secure sandbox execution.
Hardware execution hours on superconducting quantum processors and baseline benchmarking.
Cryptographic evidence sealing, open dataset maintenance, and new quantum research tool development.
Peer-reviewed open science publishing, scientific monographs, and technical research notes.
Contribute via Official PayPal Portal
Support the research program on the hosted PayPal payment portal. Voluntary research support is confirmed manually by the founder.
Submit Research Evaluation Request
After supporting Q-Psi, email your request to aadisatv@sattvaos.tech using the structured template below. Only a high-level summary is needed; do not include confidential workload data.
To: aadisatv@sattvaos.tech Subject: Q-Psi Research Capsule Access Request Name: Organization / Research Group: Research Use: Workload Description: Quantum / Computing Background: Support Reference:
Researcher License Lifecycle
Support Research
Support Q-Psi research via the PayPal hosted portal to fund compute and physical hardware time.
Submit Request
Email your research use case, institution, and payment reference to the founder.
Obtain License Key
Receive your Research Evaluation License key and authenticate into the secure Capsule workspace.
Run Workloads
Submit eligible manifests, observe compilation progress, inspect results, and download SHA256 evidence.
Commercial Licensing
Research Evaluation Licenses do not grant commercial deployment, redistribution, production integration, or sublicensing rights. For commercial evaluation and licensing: aadisatv@sattvaos.tech
Interested in production integration, enterprise evaluation, strategic licensing or commercial deployment? Send your proposal, intended use, and organization details to: aadisatv@sattvaos.tech
Research workloads are processed through Q-Psi's controlled Capsule environment. Do not submit secrets, credentials, private keys or material you are not authorized to process. Submitted workloads and compilation telemetry are retained ephemerally for execution and evidence bundle generation. Read our Privacy Policy for complete data processing terms.