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This partnership leverages UC Berkeley's white-box superconducting qubits to validate QuantrolOx's machine-learning-driven automation stack, marking a critical step toward industrializing quantum hardware. By integrating academic research with industry-grade control software and standardized data architectures, the collaboration aims to transition quantum systems from experimental prototypes to manufacturable platforms.

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QuantrolOx will test its tools on Berkeley’s qubit platform

Quantum ZeitgeistAugust 5, 20263 min read

UC Berkeley, on behalf of its Department of Physics and the Roger Herst Quantum Nexus, and QuantrolOx Inc. signed a Memorandum of Understanding (MOU) establishing a five-year framework to advance the industrialisation of quantum computing. The collaboration unites Berkeley’s superconducting quantum research with QuantrolOx’s qubit measurement and automation platform, moving the technology toward standardised, automated, and manufacturable systems.

A five-year collaboration between UC Berkeley’s Department of Physics and QuantrolOx aims to move quantum computing beyond laboratory experimentation and toward industrial-scale manufacturing. The agreement unites Berkeley’s superconducting quantum research with QuantrolOx’s machine-learning-based software for automated qubit control, focusing on standardized workflows and a common data architecture. Professor Irfan Siddiqi of UC Berkeley highlights that “the white-box superconducting qubit platform…

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