Phase 3 Entanglement/Tomography Analysis Manifest¶
Date: 2026-05-20
Inputs¶
- Counts artefact:
data/phase3_entanglement_tomography/entanglement_tomography_live_ibm_fez_2026-05-20T014536Z.json - Reference CSV:
data/phase3_entanglement_tomography/entanglement_observable_rows_2026-05-07.csv - Backend:
ibm_fez - Job IDs:
d86h4jlg7okc73el3ra0, d86h5d9789is738vlt7g
Outputs¶
- JSON summary:
data/phase3_entanglement_tomography/entanglement_tomography_summary_2026-05-20_ibm_fez.json - Observable rows:
data/phase3_entanglement_tomography/entanglement_tomography_rows_2026-05-20_ibm_fez.csv - Observable rows SHA256:
40801f8ce562e462c3b051b6cd4026b48480fb76770c7f164251c5de550efca1
Result Snapshot¶
- Observable rows:
54 - Mean absolute deviation from exact reference:
0.15282093077862535 - Maximum absolute deviation from exact reference:
0.47901490766488014 - Readout-mitigated mean absolute deviation from exact reference:
0.1513169450615788 - Readout-mitigated maximum absolute deviation from exact reference:
0.4868750566558935
Readout Mitigation¶
- Method:
tensor_product_single_qubit_inverse - Calibration circuits:
4 - Boundary: independent single-qubit readout inversion only; not a full 16-state correlated readout calibration and not a ZNE/PEC result
Boundary¶
reduced-Pauli observable analysis only; no scalable tomography, quantum advantage, or backend-general claim