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This collaboration integrates QuantrolOx's machine-learning-driven software with UC Berkeley's superconducting quantum processing units to automate critical qubit tuning and calibration tasks. By replacing manual physicist intervention with autonomous characterization, the partnership aims to standardize hardware pipelines and accelerate the path toward fault-tolerant quantum computers. The move underscores a strategic shift in deep-tech ecosystems toward scalable, automated control architectures essential for advancing quantum computing infrastructure.

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UC Berkeley Welcomes QuantrolOx to its Quantum Innovation Corridor

Quantum Computing ReportSeptember 10, 20262 min read

UC Berkeley's Roger Herst Quantum Nexus has welcomed QuantrolOx, a UK-headquartered qubit automation startup, establishing its first North American base. This partnership, solidified by a five-year MOU, integrates QuantrolOx's Quantum EDGE software with UC Berkeley's quantum processing units to automate qubit tuning and calibration, aiming to standardize hardware pipelines and accelerate quantum computing development. The collaboration supports California's Quantum California initiative, fostering innovation in the deep-tech ecosystem. The post UC Berkeley Welcomes QuantrolOx to its Quantum Innovation Corridor appeared first on Quantum Computing Report.

The University of California, Berkeley has formally welcomed UK-headquartered qubit automation startup QuantrolOx as a tenant within its Roger Herst Quantum Nexus. Marking the…

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