Run Jobs on IQM Spark™
Check out belows tutorials to learn how to execute circuits or pulse level experiments with your IQM Spark™.
Learn how to use your favorite framework to run circuits on Spark.
Running Quantum Circuits
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Recommended level: Beginner
Learn how to coduct pulse level experiments on IQM Spark.
Running Pulse Experiments
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Recommended level: Intermediate
Explore IQM Spark™ components
Scan the QR codes to learn more about the Spark system.
Exploring Spark
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Recommended level: Visitor groups
Experiments
Available experiments
Experiments you can do on your own or with your students.
Determining the relaxation time of a transmon qubit.
Model three neutrino types with qubits and simulate their oscillations.
Here we showcase work that laid the groundwork for the 2022 Nobel Prize.
We consider two subsystem of 2 and 3 qubits each to study decoherence.
Available later
Calibration is required to find the optimal parameters to operate the QPU and is crucial for high fidelity operations.
Characterize the coupling between the readout resonator and the qubit.
Determining the detuning frequency of a transmon qubit.
Determining the time frequency of a transmon qubit.
Here we demonstrate the state preparation and readout of the second excited state of a transmon.
Applying readout error mitigation to suppress errors in quantum circuits.
A generalization of the CHSH inequality to multi-qubit systems.