Boulder Opal
Quantum control infrastructure software for R&D professionals building the future
Optimize your quantum hardware
Use our Python package to harness the power of quantum control in your own research, or integrate directly into hardware.
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Boulder Opal at a glance and quickstart
Topics
Background information for the use of Boulder Opal in quantum research
Tutorials
Introduction to the essential Boulder Opal features with hands-on exercises
User guides
Step-by-step how-to guides for the features in Boulder Opal
Application notes
See how we have applied Boulder Opal to solve major challenges in the field
References
Module, class, and method reference for Boulder Opal software packages
Changelog
Stay up to date with the latest Boulder Opal release notes
New to Boulder Opal?
Get access to everything you need to automate and optimize quantum hardware performance at scale.
Need support?
Questions? Problems? Need more info? Contact Q-CTRL Support for assistance!
Learning center
Discover the background, history, and context of Q-CTRL's work in quantum computing and quantum sensing.
Research
Discover pioneering original research from the team at Q-CTRL.
Open Controls
Create and deploy established error-robust quantum control protocols from the open literature with Open Controls.