Research: real quantum experiments
A 3-qubit GHZ circuit executed on IBM Quantum's ibm_marrakesh processor. The qubit names (surface, relay station, deep layer) are the project's symbolic framing; the measurements concern the quantum chip only.
GHZ · ibm_marrakesh
| Backend | ibm_marrakesh |
|---|---|
| Job ID | dbjcpopkdqps7390bqv0 |
| Shots | 1024 |
| Population P(000)+P(111) | 96.29% |
| Data source | Counts recorded in real_quantum_histogram.png and quantum_research_report.md; re-fetch from IBM with: python real_quantum.py --fetch dbjcpopkdqps7390bqv0 |
This is an upper bound on the GHZ state fidelity, not the fidelity itself; measuring fidelity needs X- and Y-basis measurements (script ghz_fidelity.py).
Measurement counts
Research report archived as digital DNA
The research report is encoded as a digital DNA sequence with Reed-Solomon error correction and restores byte for byte with: python bio_archive_report.py verify
| Bases | 55,080 |
|---|---|
| GC content | 57.14% |
| Longest single-base run | 9 |