Imagine building the internet of tomorrow not with cables and concrete but with the light-bending logic of quantum physics. This month, several key players have taken bold steps toward making that future a reality. From network optimization to educational outreach and strategic business shifts, the quantum landscape is brewing a long-lasting momentum. In this roundup, we look at how IBM (IBM), Vodafone (VOD), ORCA Computing, Oxford Instruments (GB:OXIG), and regional initiatives are shaping what’s next.
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IBM’s Ambitious Roadmap
Let’s begin with IBM, which has revealed its most ambitious quantum roadmap to date. The company plans to build the world’s first large-scale, fault-tolerant quantum computer, named Quantum Starling, by 2029. The system will use 200 logical qubits and be capable of running 100 million quantum operations. IBM says the project is built on a modular design using qLDPC error correction, which drastically cuts physical qubit requirements by 90%. The system will later serve as the foundation for Quantum Blue Jay, scaling to 2,000 logical qubits and 1 billion operations. A new data center in Poughkeepsie, NY, will house the effort, positioning IBM to compete directly with Google (GOOG) (GOOGL), Amazon Web Services (AMZN), PsiQuantum, and others in the race toward scalable quantum computing.
Vodafone and ORCA Join Forces
Vodafone and ORCA Computing have joined forces to tackle one of telecom’s most stubborn challenges: how to design and expand networks efficiently. The collaboration will use ORCA’s PT-2 photonic quantum system to improve fibre routing and base station placement, aiming to lower infrastructure costs and boost performance. Early testing through the UK’s Quantum Technology Access Programme has already demonstrated success in solving the Steiner Tree Problem, a classic optimization challenge. Vodafone plans to implement the system across its global network, including undersea cables and its new satellite broadband service.
Summer Sprint 2025
In the education space, South Carolina Quantum has launched Summer Sprint 2025, a regional initiative offering free access to leading quantum learning platforms through early August. The goal is to enhance quantum literacy among professionals, educators, and students across the Southeastern United States. Participants can explore platforms such as Q-CTRL’s Black Opal, qBraid’s qBook, and Classiq’s development environment for high-level quantum algorithms. Feedback will guide future curriculum strategies tailored to local talent needs and accessibility gaps, making this a testbed for national quantum education models.
Oxford Instruments Sells NanoScience Division
Meanwhile, Oxford Instruments (GB:OXIG) is refocusing its business by divesting its quantum-focused NanoScience division. The unit, which generated £59 million in revenue in FY25, will be sold to Quantum Design International for up to £60 million. The deal allows Oxford to concentrate on its core markets of materials analysis, semiconductors, and life sciences. A £50 million share buyback is planned using proceeds from the sale, signaling confidence in its growth strategy. Regulatory approval is expected by Q3 of FY2025/26.
Last Word
Quantum computing is moving fast from lab theory to real-world impact. Whether it’s IBM’s push for scalable systems, Vodafone’s use of quantum to shape global infrastructure, or regional investments in education and talent, the space is steadily building the tools for a radically different digital future.
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