User guides

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Getting started with Q-CTRL BOULDER OPAL

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Set up quantum systems

Building objects that describe your quantum system

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Calculate filter functions

Calculation of noise filtering properties in driven controls

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Simulate quantum dynamics

Simulating the dynamics of quantum systems in the presence of noise

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Optimize controls

Highly-configurable non-linear optimization framework for quantum control

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Automate closed-loop hardware optimization of quantum devices

Closed-loop optimization framework

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Calculate quasi-static error susceptibility

Characterizing the robustness of a pulse to quasi-static noise

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Perform noise spectroscopy

Reconstructing noise spectra using shaped control pulses

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Design Mølmer–Sørensen gates

Efficient state preparation using Mølmer–Sørensen-type interactions

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Monitor activity

Viewing previously run actions in BOULDER OPAL

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