How-to Guides - Superconducting Qubits¶
The following guides are intended to help you become familiar with how different experiments can be written in LabOne Q. Depending on your specific use case and architecture, you will likely wish to modify these experiments and adapt them to your own use case. Please get in touch at info@zhinst.com and we will be happy to discuss your application.
Workflow-based Experiments¶
These experiments use the Workflow framework in LabOne Q, along with qubits and quantum operations:
- Resonator Spectroscopy
- Resonator Spectroscopy DC Bias
- Qubit Spectroscopy
- Amplitude Rabi
- Ramsey Interferometry
- DRAG Pulse Characterization
- Lifetime Measurement
- Echo
- Amplitude Fine
- Dispersive Shift
- IQ Blobs
- Raw Time Traces for Optimal Readout Weights
- Measurement QNDness
- Time-Resolved Photon Number
- ZZ Coupling Strength with Tunable Couplers
- Single-Qubit Randomized Benchmarking
Tune-Up Guides¶
These guides teach you how to tune-up a quantum processor with superconducting qubits.
Pulse-level Experiments¶
The pulse-level experiment how-to guides are intended to help you get familiar with writing and using your own pulse sequences in LabOne Q, from tune-up to advanced experiments including:
Spectroscopy¶
Control Pulse Tune-up¶
Additional Experiments¶
Look at the navigation to see the full list of available experiments.