Add tutorial about control

[scarrazza]

We should include a tutorial notebook showing how to control hardware (via dummy).

This should include:

• how to allocate a platform
• how to execute a pulse sequence
• how to emulate a device
• how to transpile a circuit
• how to reconstruct measurements
• how to perform a basic calibration

@MatteoRobbiati could you please coordinate?

[alecandido]

We should include a tutorial notebook showing how to control hardware (via dummy).

No need for dummy: at least for 1q, you can now use the emulator (in main of Qibolab and Qibocal), and obtain actual (even perfect) results, instead of white noise. Though at the price of an increased run time).

[scarrazza]

Yes, I agree that the 1q emulator is a good first tutorial, hopefully we can extend it to 2 or more qubits later.

[alecandido]

Yes, I agree that the 1q emulator is a good first tutorial, hopefully we can extend it to 2 or more qubits later.

We are currently working on extending it. Right now, we are focusing on providing a more realistic qubit itself, but as soon as the single qubit will be modeled, we'll work on introducing interactions as well.

[jykhoo1987]

As mentioned during the meeting earlier, if it is helpful, please see the notebook https://github.com/Karl-JT/SCA25-NVIDIA-Quantum-Workshop/tree/main/Anyon-IHPC as a reference. It is configured to work with cudaq circuits for purposes of the tutorial/project but those parts can be easily replaced with qibo circuits.

Alternatively the notebook in the examples folder in qibolab 0.1 branch (https://github.com/qiboteam/qibolab/tree/0.1/examples) or 1q_emulator_upgrades branch (https://github.com/qiboteam/qibolab/tree/1q_emulator_upgrades/examples) have slightly different contents that can also be useful references.