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The Rise of QuTwo: A Finnish AI Lab with Quantum Ambitions QuTwo, the Finnish AI lab founded by former AMD Silo AI CEO Peter Sarlin, is now valued at €325 million (approximately $380 million) after raising a €25 million ($29 million) angel round. It’s a sign of enduring tailwinds for AI, quantum computing, and sovereign tech, especially for Europe-made companies. QuTwo's Unique Approach to AI and Quantum Computing QuTwo’s name is a nod to quantum computing, but it hasn’t gone all in on quantum. Its core product, QuTwo OS, is an orchestration layer that directs tasks to classical, quantum, or hybrid architectures — with the idea that enterprise use cases are often best served by “quantum-inspired” computing, which uses classical chips to simulate quantum behavior on more reliable hardware. Enterprise AI: QuTwo's Primary Focus Enterprise AI will be QuTwo’s bread and butter. The company already secured some $23 million in committed revenue thanks to design partnerships with the likes of retail giant Zalando, for which it helped develop AI assistants. “AI is the north star that we will continue to aim for. Quantum is just a new type of compute,” said Sarlin, who is adamant that QuTwo is an AI company. The Data Analysis: QuTwo's Valuation and Funding QuTwo's valuation: $380 million Angel round funding: $29 million Committed revenue: $23 million The Impact Analysis: QuTwo's Role in Europe's AI Landscape Momentum has been building around Europe-based AI labs, and several of them have become overnight unicorns. Just last week, former DeepMind researcher David Silver secured $1.1 billion for his new endeavor, Ineffable Intelligence. QuTwo’s valuation and round size are somewhat modest in comparison but will let it pursue its roadmap under less pressure. The Prediction: QuTwo's Future Outlook According to Sarlin, who serves as QuTwo’s executive chairman, this was a decision he also made for his previous company, Silo AI, which AMD acquired for $665 million in 2024. “I had a lot of investors who would have wanted to pour a lot of money into making Silo into Europe’s OpenAI, but I didn’t believe in that play,” he told TechCrunch. The main difference is that QuTwo wants the freedom to think long term, with a five- to 10-year horizon. “We are on a mission to build the globally leading AI company for the next paradigm, given that Europe did not succeed in building the AI company for this era,” Sarlin said.

Brian Cox’s latest live show, ‘Emergence’, draws its spark from Johannes Kepler’s 1609 treatise ‘The Six‑Cornered Snowflake’. Cox explains that Kepler’s wonder at the symmetry of snowflakes, written during a Prague snowstorm, embodies the modern scientific quest to understand the origins of patterns we observe.He says the show explores three realms: what we know, what we don’t know, and what may remain unknowable. This framework sets the stage for his reflections on the biggest unanswered questions in science.If he could answer any scientific mystery, Cox would choose the existence of life beyond Earth. He points to current missions—two spacecraft heading to Jupiter’s moons and the James Webb Space Telescope probing exoplanet atmospheres—as promising avenues that might soon reveal a biosignature.When asked about the future of technology, Cox warns that the trajectory of artificial intelligence is still opaque, making it both thrilling and potentially hazardous. He adds that quantum computing is another frontier with wildly divergent timelines—some experts see breakthroughs within five years, others doubt they’ll arrive in a lifetime—highlighting the revolutionary yet unpredictable nature of these tools.Cox also reflects on his shifting stance toward social media. He admits moving from early optimism about its democratizing power to a more critical view of its noise and misinformation, while acknowledging its complex impact on politics and public discourse.On personal advice, Cox stresses the importance of following one’s passion: “Do what you most enjoy,” he says, recalling his own journey from a teenage musician to a celebrated astronomer, supported by parents who encouraged his interests.He shares a memorable fan encounter: at an ELO concert, a man introduced himself as Paul McCartney after asking a question about Saturn’s moon Enceladus—an encounter that left Cox “overwhelmed” as a lifelong Beatles fan.When asked about a pop‑culture stance, Cox admits he is largely out of touch, but notes that musical innovation seems to have plateaued since the 1980s, contrasting the rapid evolution of earlier decades.One of his favorite astronomical facts is the staggering number of observable galaxies: about two trillion. He highlights how, within a century, humanity moved from debating whether other galaxies existed to quantifying an immense cosmos, also measuring its age at roughly 13.8 billion years.Brian Cox will tour ‘Emergence’ across Australia from 5 to 30 May 2026.

The UK's position in quantum computing has been hailed as a success story of long-term investment in fundamental science. However, the current approach to science funding, particularly by UK Research and Innovation, has raised concerns among experts. The abrupt discontinuation of the Quantum Technologies for Fundamental Physics initiative has resulted in the loss of dozens of early-career researchers trained in a strategically important area. Moreover, there has been no clear vision for what replaces it, nor any meaningful consultation on how such crucial cross-disciplinary programmes should be organised. A similar disconnect is emerging in artificial intelligence, where many techniques driving impact were developed and deployed in fundamental research communities, such as particle physics. Undermining this base risks cutting off the pipeline of ideas and skills that the wider economy depends on. Experts stress that if the UK is serious about long-term leadership, prioritisation must be done with care, transparency, and a credible plan for sustaining the full ecosystem, from fundamental science through to application. Prof Ruben Saakyan, chair of the STFC particle physics advisory panel, emphasises the need for a well-thought-out strategy. Dr Simon Williams also highlights the importance of sustained investment in people and fundamental science, stating that ambition in quantum computing cannot succeed without it. Prof Sheila Rowan, director of the Institute for Gravitational Research, points out that the PPAN area is a training ground for expertise in various engineering and technical skills, which are in short supply and crucial for driving a bright future in quantum computing and quantum technology.

The UK's ambition in quantum computing is being backed by sustained investment in people and fundamental science, with a focus on building a strong foundation for the sector. UK Research and Innovation (UKRI) has been instrumental in supporting hundreds of academics and building the infrastructure needed for the industry to thrive.In the last 10 years, UKRI's councils have made significant investments in physics research, including support for 100 PhDs in quantum technology launched in 2024, quantum computing industrial doctorate awards, and funding 14 early-career fellows in the last 18 months.The investment is paying off, with the quantum sector showing promising growth and potential to create 100,000 jobs in the next 20 years. The government has signalled its recognition of the opportunities in quantum computing with a further £1bn procurement programme, making the UK one of the most exciting and well-supported places in the world for quantum computing researchers, companies, and students.Prof Charlotte Deane, UK Research and Innovation, highlights that the UK's advantageous position in quantum has emerged through sustained long-term public investment into fundamental physics research projects, and the best people, infrastructure, and partnerships.