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Why Harmoniqs
Our quantum optimal control solutions are trusted by researchers and institutions worldwide.
Why Researchers Choose Harmoniqs
Built for Real Hardware
Harmoniqs is designed around the realities of experimental quantum systems. AI driven control and robotic automation reduce manual tuning and improve reproducibility.
Performance Without Compromise
Built on high performance Julia with a seamless Python interface, Harmoniqs integrates easily into existing research workflows while remaining fully customizable for experimental needs.
Proven in Leading Labs
Used by researchers at Stanford, UChicago, NYU, and Harvard, as well as teams at Infleqtion and Fermilab.
Committed to Open Science
We believe progress in quantum computing depends on collaboration. Our tools support open research and open source, and we are proud to be supported by the Unitary Foundation.
Collaborations
At Harmoniqs, we're focused on enabling quantum technology with quantum optimal control, providing fine-tuned solutions for researchers and institutions worldwide
We systematically benchmark the expressivity of neutral atom arrays by engineering effective quantum interactions under various control constraints, including global control and Rydberg blockade interactions.
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Building and testing new hardware requires design and execution of complex novel controls. We developed new integrated control and callibration solutions to dramatically reduce time spent iterating between designing and testing controls.
Our innovative approach to quantum optimal control allowed for the design of novel, integrated approaches to existing sensing protocols, making them fast and increasing their performance.
Maximizing classical-quantum hardware integration is essential for quantum computers to make the most of classical resources. We are working to develop a new version of the widely-used Quantum Instrumentation Control Kit (QICK), an open-hardware project that is the backbone of many quantum computing research efforts.
Bosonic encodings offer unique advantages for quantum error correction, but state spaces are large! We help by driving innovation with scalable control solutions.
