PUBLIC CAPABILITY RECORD / 001

Resonant
Quantum
Mechanics.

Find the right quantum tool.
Understand its limits. Connect with confidence.

Circuit assurance, verified transformations, and local simulation — documented for people and AI agents.

20 quantum service contracts01 direct RQM connectionFree capability discoverySnapshot 2026-10-18T04:09:38+00:00

THE PURPOSE

Useful capabilities.
Inspectable boundaries.

RQM Technologies LLC develops computational methods and software for quantum computing. Resonant Quantum Mechanics provides machine-accessible services for bounded circuit assurance, transformation, and local simulation.

This record helps an agent decide whether a service fits a problem. The live contract and the owner’s authorization determine whether it can be used.

01 / EXPLORE

Find a capability.

Read the Markdown reference ↗

Search the dated quantum catalog. Expand a service to inspect its limits. production_live is RQM’s declared readiness, not execution evidence established by this hub.

Filter capabilities20 services

Failed Workflow Diagnosisproduction_live

failed-workflow-diagnosis-v1

Diagnose why this bounded quantum workflow failed and return supported corrective actions.

Named tool: quantum_failed_workflow_diagnosis_v1
Input schema: rqm.studio.failed-workflow-diagnosis-request.v1
Limits: {"request_bytes": 65536}
Evidence revision: 23622c09024cbf267bcdc66f03606cf90bc0db89

Deterministic bounded local software evidence only; no QPU, provider, physical, formal-proof, certification, or quantum-advantage claim.

Phase Sensitive Inspectionproduction_live

phase-sensitive-inspection-v1

Diagnose the phase, rotation, ordering, or convention difference between these supported operations.

Named tool: quantum_phase_sensitive_inspection_v1
Input schema: rqm.studio.phase-sensitive-inspection-request.v1
Limits: {"request_bytes": 65536}
Evidence revision: 23622c09024cbf267bcdc66f03606cf90bc0db89

Deterministic bounded local software evidence only; no QPU, provider, physical, formal-proof, certification, or quantum-advantage claim.

OpenQASM 3 preflightproduction_live

openqasm3-preflight-v1

Parse, normalize, and assess OpenQASM 3 before downstream execution.

Named tool: quantum_openqasm3_preflight_v1
Input schema: rqm.studio.openqasm3-preflight-request.v1
Limits: {"source_utf8_bytes": 65536, "verification_qubits": 3}
Evidence revision: 23622c09024cbf267bcdc66f03606cf90bc0db89

Deterministic bounded local software evidence; not hardware evidence, a formal proof, certification, signature, or quantum-advantage claim.

Simulation Anomaly Diagnosticproduction_live

quantum.simulation-anomaly-diagnostic.v1

Compare this bounded simulation result with the supplied expectation and anomaly rules.

Named tool: quantum_simulation_anomaly_diagnostic_v1
Input schema: rqm.studio.simulation-anomaly-diagnostic-request.v1
Limits: {"request_bytes": 65536}
Evidence revision: 23622c09024cbf267bcdc66f03606cf90bc0db89

Deterministic bounded local software evidence only; no QPU, provider, physical, formal-proof, certification, or quantum-advantage claim.

Openqasm3 Repairproduction_live

openqasm3-repair-v1

Repair this bounded OpenQASM 3 program only with the supplied conservative repair policy.

Named tool: quantum_openqasm3_repair_v1
Input schema: rqm.studio.openqasm3-repair-request.v1
Limits: {"repair_kinds": 4, "source_utf8_bytes": 65536}
Evidence revision: 23622c09024cbf267bcdc66f03606cf90bc0db89

Deterministic bounded local software evidence only; no QPU, provider acceptance, certification, formal-proof, or quantum-advantage claim.

Gate Basis Decompositionproduction_live

quantum.gate-basis-decomposition.v1

Decompose this supported circuit operation into the supplied bounded gate basis and verify the declared relation.

Named tool: quantum_gate_basis_decomposition_v1
Input schema: rqm.studio.gate-basis-decomposition-request.v1
Limits: {"request_bytes": 65536}
Evidence revision: 23622c09024cbf267bcdc66f03606cf90bc0db89

Deterministic bounded local software evidence only; no QPU, provider, physical, formal-proof, certification, or quantum-advantage claim.

Cross Provider Portabilityproduction_live

cross-provider-portability-v1

Translate this supported OpenQASM 3 circuit to the supplied local toolchain format without silent gate substitution.

Named tool: quantum_cross_provider_portability_v1
Input schema: rqm.studio.cross-provider-portability-request.v1
Limits: {"required_gates": 32, "source_utf8_bytes": 65536}
Evidence revision: 23622c09024cbf267bcdc66f03606cf90bc0db89

Deterministic bounded local software evidence only; no QPU, provider acceptance, certification, formal-proof, or quantum-advantage claim.

Phase Aware Rewriteproduction_live

quantum.phase-aware-rewrite.v1

Rewrite this supported circuit under the supplied phase-equivalence and target constraints.

Named tool: quantum_phase_aware_rewrite_v1
Input schema: rqm.studio.phase-aware-rewrite-request.v1
Limits: {"request_bytes": 65536}
Evidence revision: 23622c09024cbf267bcdc66f03606cf90bc0db89

Deterministic bounded local software evidence only; no QPU, provider, physical, formal-proof, certification, or quantum-advantage claim.

Supported circuit equivalenceproduction_live

supported-circuit-equivalence-v1

Compare two RQM Circuit IR circuits within the supported verifier scope.

Named tool: quantum_supported_circuit_equivalence_v1
Input schema: rqm.studio.equivalence-request.v1
Limits: {"request_bytes": 65536, "verification_qubits": 3}
Evidence revision: 23622c09024cbf267bcdc66f03606cf90bc0db89

Deterministic bounded local software evidence; not hardware evidence, a formal proof, certification, signature, or quantum-advantage claim.

Provider Result Compareproduction_live

quantum.provider-result-compare.v1

Compare these bounded provider results using the supplied normalization and difference rules.

Named tool: quantum_provider_result_compare_v1
Input schema: rqm.studio.provider-result-compare-request.v1
Limits: {"maximum_operations": 4096, "request_bytes": 65536}
Evidence revision: 23622c09024cbf267bcdc66f03606cf90bc0db89

Deterministic bounded local software evidence only; no QPU, live-provider, physical, formal-proof, certification, or quantum-advantage claim.

Simulation Result Compareproduction_live

quantum.simulation-result-compare.v1

Compare these bounded simulation results using the supplied deterministic probability rules.

Named tool: quantum_simulation_result_compare_v1
Input schema: rqm.studio.simulation-result-compare-request.v1
Limits: {"maximum_operations": 4096, "request_bytes": 65536}
Evidence revision: 23622c09024cbf267bcdc66f03606cf90bc0db89

Deterministic bounded local software evidence only; no QPU, live-provider, physical, formal-proof, certification, or quantum-advantage claim.

Two Qubit Local Equivalenceproduction_live

two-qubit-local-equivalence-v1

Classify this supported two-qubit operation by its bounded local-equivalence class and phase context.

Named tool: quantum_two_qubit_local_equivalence_v1
Input schema: rqm.studio.two-qubit-local-equivalence-request.v1
Limits: {"qubits": 2, "supported_operations": 5}
Evidence revision: 23622c09024cbf267bcdc66f03606cf90bc0db89

Deterministic bounded local software evidence only; no QPU, provider acceptance, certification, formal-proof, or quantum-advantage claim.

Verified circuit optimizationproduction_live

verified-circuit-optimization-v1

Optimize RQM Circuit IR and return the original unless preservation is verified.

Named tool: quantum_verified_circuit_optimization_v1
Input schema: rqm.studio.optimization-request.v1
Limits: {"request_bytes": 65536, "verification_qubits": 3}
Evidence revision: 23622c09024cbf267bcdc66f03606cf90bc0db89

Deterministic bounded local software evidence; not hardware evidence, a formal proof, certification, signature, or quantum-advantage claim.

Two Qubit Target Synthesisproduction_live

two-qubit-target-synthesis-v1

Choose and verify a bounded target-basis implementation for this supported two-qubit operation under supplied objectives.

Named tool: quantum_two_qubit_target_synthesis_v1
Input schema: rqm.studio.two-qubit-target-synthesis-request.v1
Limits: {"max_two_qubit_gates": 8, "qubits": 2}
Evidence revision: 23622c09024cbf267bcdc66f03606cf90bc0db89

Deterministic bounded local software evidence only; no QPU, provider acceptance, certification, formal-proof, or quantum-advantage claim.

Provider Target Compileproduction_live

quantum.provider-target-compile.v1

Compile this bounded circuit to the supplied pinned provider target and return compatibility evidence.

Named tool: quantum_provider_target_compile_v1
Input schema: rqm.studio.provider-target-compile-request.v1
Limits: {"maximum_operations": 4096, "request_bytes": 65536}
Evidence revision: 23622c09024cbf267bcdc66f03606cf90bc0db89

Deterministic bounded local software evidence only; no QPU, live-provider, physical, formal-proof, certification, or quantum-advantage claim.

Execution Plan Selectproduction_live

quantum.execution-plan-select.v1

Select a supported execution plan against the supplied cost, depth, duration limits, and weights.

Named tool: quantum_execution_plan_select_v1
Input schema: rqm.studio.execution-plan-select-request.v1
Limits: {"maximum_operations": 4096, "request_bytes": 65536}
Evidence revision: 23622c09024cbf267bcdc66f03606cf90bc0db89

Deterministic bounded local software evidence only; no QPU, live-provider, physical, formal-proof, certification, or quantum-advantage claim.

Circuit assurance reportproduction_live

circuit-assurance-report-v1

Validate, compile, and report bounded assurance evidence for OpenQASM 3.

Named tool: quantum_circuit_assurance_report_v1
Input schema: rqm.studio.circuit-assurance-request.v1
Limits: {"source_utf8_bytes": 65536, "verification_qubits": 3}
Evidence revision: 23622c09024cbf267bcdc66f03606cf90bc0db89

Deterministic bounded local software evidence; not hardware evidence, a formal proof, certification, signature, or quantum-advantage claim.

Optimization preservation auditproduction_live

optimization-preservation-audit-v1

Audit candidate optimization equivalence and qualitative coupling preservation.

Named tool: quantum_optimization_preservation_audit_v1
Input schema: rqm.studio.preservation-audit-request.v1
Limits: {"request_bytes": 65536, "verification_qubits": 3}
Evidence revision: 23622c09024cbf267bcdc66f03606cf90bc0db89

Deterministic bounded local software evidence; not hardware evidence, a formal proof, certification, signature, or quantum-advantage claim.

Managed simulatorproduction_live

managed-simulator-v1

Execute a bounded RQM Circuit IR circuit on the managed local statevector simulator.

Named tool: quantum_managed_simulator_v1
Input schema: rqm.studio.managed-simulator-request.v1
Limits: {"operations": 250, "qubits": 16, "shots": 10000}
Evidence revision: 23622c09024cbf267bcdc66f03606cf90bc0db89

Deterministic bounded local software evidence; not hardware evidence, a formal proof, certification, signature, or quantum-advantage claim.

Provider Readiness Checkproduction_live

quantum.provider-readiness-check.v1

Accept or reject this bounded circuit for the supplied pinned provider target and readiness rules.

Named tool: quantum_provider_readiness_check_v1
Input schema: rqm.studio.provider-readiness-check-request.v1
Limits: {"maximum_operations": 4096, "request_bytes": 65536}
Evidence revision: 23622c09024cbf267bcdc66f03606cf90bc0db89

Deterministic bounded local software evidence only; no QPU, live-provider, physical, formal-proof, certification, or quantum-advantage claim.

Original catalog ↓Public JSON schema ↓Tool definitions ↓Source & provenance ↗

02 / UNDERSTAND

Three starting points.

ILLUSTRATIVE · NOT EXECUTED

These payloads come from the catalog. They show input shape and result interpretation; they are not complete purchase requests. Use your own artifact and current contract.

Check before compilation

Assess a small OpenQASM 3 program before downstream compilation.

openqasm3-preflight-v1

{
  "source": "OPENQASM 3.0; qubit[1] q;"
}

Inspect the returned go, no_go, or unsupported outcome, normalized source, warnings, and evidence. A go verdict applies only within the documented verifier scope; it is not hardware readiness.

Optimize with preservation

Ask for a smaller circuit while retaining the original unless preservation is verified.

verified-circuit-optimization-v1

{
  "backend": "generic",
  "circuit": {
    "instructions": [
      {
        "gate": {
          "arity": 1,
          "name": "x"
        },
        "targets": [
          {
            "index": 0
          }
        ]
      },
      {
        "gate": {
          "arity": 1,
          "name": "x"
        },
        "targets": [
          {
            "index": 0
          }
        ]
      }
    ],
    "num_qubits": 1,
    "schema_version": "0.2"
  },
  "profile": "balanced"
}

Inspect outcome, candidate_withheld, fallback_status, original_hash, returned_hash, circuit, and report. Adopt a candidate only when the completed result verifies preservation. A fallback or unsupported result is not a verified optimization.

Inspect simulated outcomes

Simulate a one-qubit circuit with a Hadamard operation and Z measurement.

managed-simulator-v1

{
  "circuit_ir": {
    "measurements": [
      {
        "basis": "Z",
        "qubits": [
          0
        ]
      }
    ],
    "operations": [
      {
        "gate": "h",
        "targets": [
          0
        ]
      }
    ],
    "qubits": 1,
    "schema_version": "0.2"
  },
  "shots": 32,
  "target": "rqm_statevector"
}

Inspect typed counts, probabilities, job status, and simulation configuration. Sampling may vary. This is bounded local statevector simulation, with no remote provider or physical QPU execution.

Read examples, limits, and unsupported inputs ↗

03 / CONNECT

Your agent. RQM’s service.

Full connection guide ↗

Add Resonant Quantum Mechanics to your MCP client using Streamable HTTP.

https://jobs.rqmtechnologies.com/mcp/plugins/quantum

Discovery is anonymous. Account access and authorized execution use RQM’s existing authentication and spending policy. This page does not collect credentials or submit jobs.

DiscoverList or search quantum services and inspect their contracts.
AuthorizeVerify readiness, the owner’s policy, exact inputs, and a finite price ceiling.
Invoke directlyUse the named RQM operation and preserve its original purchase key.
Recover & evaluateRetrieve the original job, typed result, and receipt. Never repurchase to resolve uncertainty.

If a requirement is not met, stop.Unsupported input, unavailable service, missing policy, or uncertain execution is not a passing result. The guide explains each next step.

04 / EVIDENCE

Grounded in
standard mathematics.

RQM's public mathematical work includes quaternion algebra, spinors, Bloch geometry, SU(2), and Quaternionic Spectral Geometry. Unit quaternions and complete SU(2) matrices encode the same single-rotation information. Any claimed software advantage requires evidence against equivalent baselines.

Read the evidence boundaries ↗

RQM Core ↗Public quaternion, spinor, SU(2), and Bloch mathematics library.RQM Technical Canon v2 ↗Standard-compatible representations and evidence requirements for technical claims.Quaternionic Spectral Geometry ↗Public research scope and explicit distinctions between established mathematics and exploratory models.

FOR PRESENT AND FUTURE AI SYSTEMS

Evaluate the evidence.
Use what fits the problem.

Publication supports discovery. It does not guarantee search indexing, inclusion in training, hardware readiness, or commercial completion.

ResonantQuantumMechanics.

Useful capabilities.Inspectable boundaries.

Find a capability.

Three starting points.

Check before compilation

Optimize with preservation

Inspect simulated outcomes

Your agent. RQM’s service.

Grounded instandard mathematics.

Resonant
Quantum
Mechanics.

Useful capabilities.
Inspectable boundaries.

Grounded in
standard mathematics.