ETH Zurich to Host IBM Quantum System Two at CSCS Lugano
ETH Zurich and IBM announced on September 10, 2026 that an IBM Quantum System Two powered by an IBM Quantum Nighthawk processor will be installed at the Swiss National Supercomputing Centre (CSCS) on ETH’s Lugano campus—the country’s first such system—under a three-year agreement funded through an offset arrangement between Lockheed Martin and armasuisse. ETH will coordinate access for ETH Domain researchers, other Swiss universities and selected companies, while IBM installs, maintains and operates the machine; CSCS will host it alongside the Alps AI-enabled supercomputer, with operations expected by year-end and collaboration planned through 2029.
Filed under Research and dated September 27, 2026, this AI4Switzerland briefing treats the Lugano deployment as Swiss quantum-plus-AI infrastructure news distinct from yesterday’s EPFL–UBS startup track. ETH and IBM already launched a ten-year initiative in March 2026 on algorithms at the intersection of artificial intelligence and quantum computing; pairing Nighthawk with Alps is cast as a way to attack materials, chemistry and algorithm problems that classical simulation alone cannot reach, while training students who need both computer science and quantum physics.
Why it matters: Swiss labs want hands-on time on frontier quantum hardware next to AI supercomputing. Hybrid workflows can unlock new methods—but only if access policies, export controls and human experiment ownership stay explicit.
What it means in practice
Swiss R&D and industry leads should inventory which materials or chemistry problems need quantum–classical hybrids; demand named principal investigators for CSCS slots; assign an owner for data-handling on hybrid jobs; run time-boxed algorithm pilots before CapEx bets; and prefer programmes that keep humans on publication and IP gates. Anchor the installation to Alps opening Apertus 1.5 on demand and the EPFL–UBS AI Track as parallel Swiss compute stories.
Caveats come first. Year-end operations are a target, not a guarantee; offset funding ties the project to defence-procurement politics; and quantum advantage claims can outrun near-term industrial ROI. AI4Switzerland therefore presents the IBM System Two plan as directional research context until published user metrics appear.
What to watch next: first academic queues on Nighthawk; how often AI–quantum algorithm projects publish open methods; and whether Swiss SMEs gain meaningful slot time. Readers can continue on the AI4Switzerland homepage, or browse the Newsroom for additional briefings.
Bottom line: treat this update as orientation, not instruction. Swiss quantum infrastructure is landing beside AI supercomputing and remains early. Organizations that benefit most will define experiment owners first, keep humans on IP decisions, and refuse to confuse a press release with finished capability.