The Novo Nordisk Foundation and the Danish Export and Investment Fund (EIFO) announced a bold investment in the future of science and technology on Thursday . The two institutions are joining forces to host the world's most powerful quantum computer , with the aim of radically transforming fields such as drug discovery and materials science.
With an initial investment of 80 million euros, the initiative – called QuNorth – aspires to place Denmark at the center of global quantum technology.
Quantum computer “Magne”
The quantum computer will be called “Magne,” after the son of Thor in Norse mythology, known for his mythical strength – a name that reflects the system’s ambitious capabilities.
See also: MITRE publishes Post-Quantum Cryptography roadmap
Microsoft whichalready operates its largest quantum research center in Denmark, will design the software, while Atom Computing will build the physical infrastructure. Construction of the system is expected to begin in the fall of 2025 and be completed by the end of 2026.
Quantum advantage is approaching
In statements to Reuters, Jason Zander, Microsoft’s executive vice president, said that the quantum computer will start with 50 “logical qubits” — a critical turning point, he said, for achieving the so-called “quantum advantage.” This is the point where quantum computers definitively surpass the capabilities of conventional systems, on problems with enormous computational volumes. Last November, Microsoft and Atom created 24 logical qubits.
"When we get to 50 logical qubits, that's when we start to achieve real quantum advantage. At 100, we can solve scientific problems," Zander said. At 1,000, we're talking about solving almost every complex problem in chemistry and pharmaceuticals.
Quantum computer: Applications with a revolutionary footprint
Quantum computing is considered the future of computer science, as it can solve problems that would take today's computers millions of years. This includes, among other things:
- Discovery of new pharmaceutical molecules through simulations of complex chemical reactions at the nanoscale.
- Development of new materials with specialized properties, e.g. superconductors, advanced alloys or biocompatible materials.
- Optimization of energy sources, such as next-generation batteries and energy storage technologies.
See also: Quantum Networking: Cisco presents innovative chip and new laboratory
Denmark on the quantum map of Europe
With the implementation of the quantum computer “Magne”, Denmark is attempting to establish itself as a leading force in the European quantum technology — strengthening both its scientific status and its strategic independence from the US and China, which have so far been the protagonists in the field.
This move comes at a time when the European Union is promoting its "digital sovereignty" strategy, investing in its independence in critical technologies, such as artificial intelligence, 6G networks and of course, Quantum computing.
See also: Ocelot: Amazon Web Services' (AWS) quantum computing chip
What does this step mean in practice?
The development of “Magne” can be translated, in the coming years, into:
- Scientific discoveries at unprecedented speed
- Pharmaceutical innovations to treat rare or resistant diseases
- Strengthening European technological independence
- Global competitive advantage in one of the most critical sectors of the 21st century
Source: www.reuters.com
