Quantum Rings SDK Now Available on qBraid
We’re excited to announce that the Quantum Rings SDK is now available on qBraid, making it easier than ever for developers to explore our framework for quantum simulations and algorithms.
With this integration, users can now access the Quantum Rings SDK directly within their free or paid qBraid environment. No complicated installations, no dependencies to manage—just select the Quantum Rings environment, load your script, and start running quantum simulations.
iQuHack 2025
This launch comes just in time for iQuHack 2025, MIT’s premier quantum hackathon, happening this weekend! Both Quantum Rings and qBraid are proud sponsors of this event, where some of the brightest minds in quantum computing will collaborate, experiment, and push the boundaries of what’s possible.
By making the Quantum Rings SDK easily accessible on qBraid, we’re giving participants—and the broader quantum development community—a frictionless way to build and test quantum algorithms. Keep an eye out for more updates as the hackathon unfolds!
What You Can Do
With the Quantum Rings SDK on qBraid, you can:
Run Quantum Rings natively – No manual installation or configuration needed.
Access a pre-configured environment – Select the Quantum Rings runtime and start coding.
Experiment with quantum circuits – Test algorithms, explore entanglement structures, and prototype quantum applications effortlessly.
Getting Started
Log into qBraid (or sign up if you’re new).
Select “Launch Lab” to open their Jupyter notebook environment.
Load the Quantum Rings environment on the right-hand tool bar, under “ENVS”, search for “Quantum Rings” and select “Add”
Load your script or start coding in a Jupyter notebook.
Run your simulations and explore the power of quantum computing.
A big thank you to Akash Kant and Ricky Young for their invaluable support in getting this up and running!
We can’t wait to see what the iQuHack teams build with Quantum Rings on qBraid—and we’ll be sharing more updates throughout the hackathon. Stay tuned! 🚀
