IBM and Lockheed Martin bring Switzerland its first IBM Quantum System Two

[Ryan65]

IBM and Lockheed Martin, together with ETH Zurich, launched a Swiss quantum innovation hub anchored by the country's first IBM Quantum System Two, to be installed at the Swiss National Supercomputing Centre in Lugano by the end of 2026. IBM will operate the system, ETH Zurich will coordinate access and provide expertise and resources for Swiss industries, startups and academia, and CSCS will host the hardware and provide power, cooling and security infrastructure, under an initial three-year agreement running through 2029

The system will run IBM's Quantum Nighthawk r2, the company's fastest and most advanced processor, featuring 120 programmable qubits and a high-speed reset architecture executing more than 100,000 circuits per second, up to 25 times the throughput of its predecessor Heron family. Housed in the same facility as CSCS's Alps supercomputer, the system gives Swiss researchers access to chemistry, materials science, optimization and financial services applications, alongside IBM Quantum Network learning resources including coursework, certifications and hackathons meant to build domestic quantum talent

Lockheed Martin and IBM are planning two initial joint research projects through the hub, one exploring quantum sensing applications for navigation and another focused on additive manufacturing of metallic alloys, extending an existing strategic collaboration between the two companies. The announcement builds on IBM's nearly century-long presence in Switzerland and a separate 10-year IBM-ETH Zurich collaboration on next-generation AI and quantum algorithms announced earlier this year. Curious what people think about a defense contractor like Lockheed Martin being a named partner in an academic quantum hub specifically, does that kind of direct defense industry involvement in university-hosted research raise any concerns, or is it a fairly standard and unremarkable kind of applied research partnership

Switzerland's first IBM Quantum System Two | IBM Quantum Computing Blogwww.ibm.com

[Gateway Mia]

Lockheed Martin's specific research interests here, navigation sensing and metallic alloy manufacturing, are honestly fairly mundane applied engineering problems rather than anything overtly military, worth noting that distinction before assuming the worst about defense industry involvement

[LunarShade65]

25 times the circuit throughput of the previous Heron generation is a genuinely massive jump, worth remembering that's specifically about speed and circuit volume rather than raw qubit count, which stays at 120 programmable qubits here

[Runner79]

This fits a now well established pattern of IBM placing Quantum System Two installations across multiple countries, Japan, Spain, and now Switzerland, each anchored by a local academic or government partner coordinating access

[Daz92]

Housing this in the same facility as the Alps supercomputer is smart infrastructure planning, lets researchers actually combine classical and quantum resources on shared site rather than coordinating across physically separate locations

[GhostRider14]

Curious how much genuine local talent development actually results from the coursework and hackathon programs mentioned here, that workforce building piece matters just as much long term as the hardware access itself

[Isaac80]

A three-year initial agreement through 2029 gives this real institutional commitment rather than a one-off announcement, though worth watching whether it actually gets renewed and expanded once that initial term concludes

[Craig95]

ETH Zurich coordinating access rather than IBM directly controlling who gets to use the system is a sensible governance structure, keeps a neutral academic institution as the actual gatekeeper for Swiss researchers and companies