As quantum computing has begun to evolve from academic to commercial pursuits, US tech giants like IBM and Google have received the most attention to move this sector forward. But don’t miss the proliferation of start-ups in Europe and the wealth of quantum computing knowledge at the universities and research institutes there.
At least one veteran of the US tech giant (formerly IBM executive Mark Mattingley-Scott) likes a lot at Germany’s Quantum Brilliance, one of these European startups. The company announced this week that Mattingley-Scott will join Quantum Brilliance as Managing Director of Europe to lead business development and strategic partnerships.
Quantum Brilliance spun out of the Australian National University and described as a venture in Australia and Germany, but recently made Stuttgart, Germany its official headquarters (many of its technologies are applied quanta at the University of Stuttgart). It was also developed at the Technology Center.) The company aims to help create quantum computing hardware that operates at room temperature using synthetic diamond-based accelerators. This does not require a large cooling unit like many quantum computers today. It can lead to much smaller form factor quantum computing hardware.
Mattingley-Scott’s adoption is the second big news from Quantum Brilliance in recent weeks, and the other is the $ 9.7 million announcement of new funding for the company last month.
The amount of money invested in US-based quantum computing start-ups in bulk may be higher than the amount invested in European start-ups, but Europe may have an advantage in engineering talent. there is. This area will be very important in the coming years. ..
“Like the United States, Europe has a powerful quantum computing ecosystem that has been supported by governments and academic institutions for decades,” Mattingley-Scott said in an email. .. “Europe has the most concentrated academic expertise in quantum research, especially in Germany, and is the key to industrializing quantum computing and bringing it into the real world from laboratories and specialized computing centers. An unparalleled pool of engineers. “
He acknowledged that, like almost every other industry these days, there is a lot of competition for talent in the quantum sector. “But I think it has the advantage of trying to build a quantum system that requires engineers and IT infrastructure specialists as well as quantum physicists,” he said. “These types of individuals are available today, and many students across Germany and Europe are today educated in quantum information-based curriculums throughout the technology arena.”
Mattingley-Scott has a 31-year career at IBM, most recently serving as EMEA and IBM Quantum Ambassador in the Asia Pacific region, raising awareness of high-tech giants’ quantum computing programs and opening up business opportunities in these regions. Did. Also, during the first stages of his career at IBM, he was part of a core team formed by IBM, working on a small innovation called the Internet, and then on a pioneering e-commerce mobile healthcare platform. He knows how to avoid new technologies.
At Quantum Brilliance, he sees a company that can help realize his vision of “making quantum computing a useful technology in everyday life.”
“Quantum mainframe computers are limited in deployment by size, weight, and complexity, but Quantum Brilliance focuses on performing better than traditional processors of comparable size, weight, and power. By doing so, we are trying to make quantum computing useful faster, “he added. “Our goal is not to surpass supercomputers with 1 million qubits of quantum mainframes in the long run. Our goal is to have 50 qubits of CPU for a particular application over the next five years. It ’s about achieving better performance. ”
The company has already achieved this goal and is developing a rack-mounted quantum accelerator for the Pawsey Supercomputing Center in Australia. Ultimately, we aim to provide systems in other form factors that can be used in applications ranging from supercomputing centers to self-driving cars to space.
“Europe also has several sectors that are already exploring quantum technology and how it can provide business benefits for specific applications,” said Mattingley-Scott. “It is difficult to predict the successful results from these studies. We believe that focusing on the usefulness of short-term quanta, or usefulness, can attract commercial attention.”
For now, Mattingley-Scott is paying attention to helping Quantum Brilliance grow by establishing new offices in several locations in Germany and expanding the company’s engineering and development teams. He will also help increase public investment in the quantum computing industry in Germany and elsewhere in Europe.
“Currently, we have 25 staff and we aim to grow to over 100. Half of our employees are in Europe and the other half are in Australia,” said Mattingley-Scott. “We believe that this goal will be achieved by the end of 2022.”
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