ZadeNor AI
ZadeNor AI
Back to Blog
Quantum Computing

Oxford Quantum Circuits Expands to Barcelona with €92 Million ($98M USD) Global Manufacturing and R&D Hub

June 22, 2026
5 min
1,897 views
By ZadeNor AI Team
Oxford Quantum Circuits Expands to Barcelona with €92 Million ($98M USD) Global Manufacturing and R&D Hub

Oxford Quantum Circuits Expands to Barcelona with €92 Million ($98M USD) Global Manufacturing and R&D Hub

Oxford Quantum Circuits Expands to Barcelona with €92 Million ($98M USD) Global Manufacturing and R&D Hub

Oxford Quantum Circuits (OQC) has announced plans to establish its first European Union facility in Barcelona, Spain. Dubbed the OQC Global Quantum Development & Manufacturing Centre, the site will serve as the company’s primary global hub for the design, development, and industrialization of its superconducting quantum hardware.

The project represents a €92 million ($98M USD) investment and is projected to create 210 high-skilled jobs over the next five years—more than doubling OQC’s current global headcount of 150 employees. Operations are slated to begin in Q4 2026.

Transaction & Funding Details

The expansion follows OQC’s recent £260 Million ($350 Million USD) Series C funding round, noted as the largest quantum-specific round in Europe to date.

Public Co-Investment: The Spanish government, via the Coinvestment Fund (FOCO) managed by COFIDES, contributed €46 million directly to the Series C round to anchor the project in Catalonia.

Institutional Support: The move was heavily coordinated by local and national agencies, including ACCIÓ-Catalonia Trade & Investment, the Barcelona Investment Office, and Barcelona & Partners.

Facility Scope & Technology Focus

Unlike OQC’s existing colocation data center footprints in the US and Japan, the Barcelona facility will handle core hardware scaling. The center will feature:

Dedicated laboratory space and technical assembly areas.

Frameworks for applied R&D, industrialization, and systems integration.

A focus on scaling superconducting quantum systems tailored for Quantum Computing as a Service (QCaaS) in sectors like AI, finance, healthcare, and energy.

This move represents a significant geographic shift for the UK-based Oxford University spin-off, securing a critical foothold inside the EU single market to bolster European technological sovereignty. For Spain and the Catalonia region, landing OQC’s manufacturing core firmly establishes Barcelona as a frontrunner in Southern Europe’s deep-tech and quantum ecosystem.

More details about this development have been posted on the Catalonia Trade & Investment website here.

June 19, 2026

											dougfinke2026-06-19T20:18:01-07:00																								

	Leave A Comment Cancel reply

Comment

		Type in the text displayed above			

Δ

This site uses Akismet to reduce spam. Learn how your comment data is processed.

Source: https://quantumcomputingreport.com/oqc-expands-to-barcelona-with-e92-million-98m-usd-global-manufacturing-and-rd-hub/

About the Author

ZadeNor AI Team is a leading expert in QUANTUM COMPUTING, contributing to cutting-edge research and development in the field.

Related Posts

Ahead of EU Quantum Act, IQM Calls for Dedicated Qubit Foundries and DARPA-Style Procurement

Ahead of EU Quantum Act, IQM Calls for Dedicated Qubit Foundries and DARPA-Style Procurement

A new report by IQM Quantum Computers, "Quantum Is Europe's Second Chance," calls for the EU to implement a Quantum Act to compete with other global powers in quantum computing. The report highlights Europe's strengths in public investment and QPU deployments but points out weaknesses in venture capital, chip manufacturing, and regulatory speed. It proposes dedicated qubit foundries, increased late-stage growth capital, and DARPA-style procurement to foster a robust European quantum ecosystem. The post Ahead of EU Quantum Act, IQM Calls for Dedicated Qubit Foundries and DARPA-Style Procurement appeared first on Quantum Computing Report. ]]>

503
5 min
Chalmers University Demonstrates Hardware-Level Microwave Crosstalk Suppression via Parasitic Capacitance Engineering

Chalmers University Demonstrates Hardware-Level Microwave Crosstalk Suppression via Parasitic Capacitance Engineering

Physicists at Chalmers University of Technology have developed a new method to eliminate microwave crosstalk in superconducting processors. Their research shows that by engineering on-chip parasitic capacitances, they can achieve destructive interference among parasitic capacitive channels, suppressing unwanted qubit excitations. This method offers a practical advantage for floating transmons and allows for alignment of classical microwave crosstalk nulls with quantum ZZ nulls. The post Chalmers University Demonstrates Hardware-Level Microwave Crosstalk Suppression via Parasitic Capacitance Engineering appeared first on Quantum Computing Report. ]]>

227
5 min
Chalmers University Demonstrates TRIO Pulses for Control-Error-Robust Single-Qubit Gates in Superconducting Processors

Chalmers University Demonstrates TRIO Pulses for Control-Error-Robust Single-Qubit Gates in Superconducting Processors

Chalmers University of Technology has developed TRIO pulses, a new quantum control framework for superconducting processors. These pulses enable single-qubit gates to maintain high fidelity even with significant control-amplitude miscalibrations and frequency detuning errors. This breakthrough offers a way to reduce recalibration overheads in large-scale quantum processors and has been demonstrated with an X-gate achieving 99.90% fidelity. The post Chalmers University Demonstrates TRIO Pulses for Control-Error-Robust Single-Qubit Gates in Superconducting Processors appeared first on Quantum Computing Report. ]]>

415
5 min