Correlation Solver (M50052)
| Metric ID | M50052 |
|---|---|
| Category | Analytics |
| Access | public |
| Classification | proprietary |
| Tier | enterprise |
| Computation | Classical (Python) |
| Computed by | Black Belt Labs |
| Freshness | fresh |
This is a proprietary Madjik metric. Its methodology is a trade secret; the values are available through the API.
Quantum configuration
Every quantum calculation of this metric, with the machine and circuit setup it runs on. Hardware values come from real IBM quantum computers; simulator values from a classical simulation of the same kind of circuit.
| Method | Quantum computing simulated (quant-sim) |
|---|---|
| Provider | bbl-quantum pipeline (Qiskit Aer, Google Cloud) |
| Machine | aer_simulator |
| Machine type | classical simulator (CPU, noise-free) |
| Circuits per run | 0 |
| Shots per run | 0 |
| Algorithm | correlation eigen-count computed with numpy (eigvalsh) |
| Profile | classical headline |
| Error mitigation | none |
| How measured | declared from the reference implementation (scripts/qc_recompute_backfill.py) |
| Note | Headline value is a classical eigendecomposition; no quantum circuit is executed for the published number. Known labeling issue, tracked for a VQE-based rebuild. |
Personal metrics: figures are the maximum across submitted portfolios (circuit size follows portfolio size). Machine qubits is the size of the whole chip; qubits used is what this calculation needs.
Hypotheses monitored by this metric
Access this metric
Query it via the Madjik API:
curl -H "X-API-Key: $MADJIK_API_KEY" \
https://api.madjik.io/v1/metrics/M50052