ZKSF
Zero Kelvin Simulation Foundry
Certificate of Hardware Fidelity
Certificate ID
485065a7ddce4945
Measured hardware fidelity: 0.9662 vs. exact ideal
Engine
qpu.iqm.garnet
Method
quantum hardware (IQM Garnet (superconducting))
Shots
4096
Device
Garnet
Hellinger fidelity
0.9662
Verification mode
direct
Measured outcomes (top)
01
3918 shots
00
109 shots
10
40 shots
11
29 shots
How this certificate was produced
- This certificate reports ZHF-v0.1, the hardware fidelity protocol: how closely a real quantum processor's measured output matches the ideal distribution for the same circuit, as opposed to the accuracy of a classical approximation.
- Verification mode is direct: the same circuit was additionally simulated exactly on a classical computer (feasible here because it uses at most 24 qubits). The reported Hellinger fidelity is the statistical overlap between the hardware's measured counts and that exact ideal distribution, on a scale from 0 (no overlap) to 1 (identical).
- Counts are raw hardware output: no error mitigation, post-selection, or readout correction has been applied. Any deviation from the ideal distribution reflects the physical noise of the device.
Circuit SHA-256: 2af5a11786538cc81418e63d9a7e0642593ebed6f6e259460fd2786cacc09099