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This partnership marks a significant step toward scaling superconducting quantum computers by integrating UC Berkeley's hardware expertise with QuantrolOx's machine learning tools for automated qubit calibration. By moving beyond bespoke laboratory experiments to standardized, manufacturable systems, the collaboration directly addresses current bottlenecks in industrializing quantum technology through AI-driven control and workforce development.
UC Berkeley and QuantrolOx Sign Agreement to Advance Quantum Computing Industrialisation
Insider Brief Press release – The University of California, Berkeley, on behalf of its Department of Physics and the Roger Herst Quantum Nexus, and QuantrolOx Inc. have entered into a Memorandum of Understanding (MOU) establishing a five-year framework for collaboration on the end-to-end industrialisation of quantum computing – advancing the technology from bespoke, laboratory-scale experimentation […]
UC Berkeley and QuantrolOx have signed a five-year MOU to collaborate on advancing quantum computing industrialisation through automated, standardised, and scalable development processes. The partnership combines UC Berkeley’s superconducting quantum research capabilities with QuantrolOx’s machine-learning software for automated qubit characterisation, calibration, and control. The collaboration will focus on quantum hardware development, AI-assisted calibration, integrated control systems,…
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