@Ryansikorski10on X · 2026-09-10
A tamper-evident, on-chain timestamp of what this post said. Captured 2026-09-11 01:37 UTC.
Swiss Quantum Innovation Hub On September 10, 2026, IBM & Lockheed Martin officially established the Swiss Quantum Innovation Hub. The new hub is established at the public research university ETH Zurich & marks a major expansion of Switzerland's advanced computing infrastructure. The initiative is made possible thru an offset agreement w/ armasuisse, Switzerland's Federal Office for Defence Procurement. The agreement to install & operate the system is set for an initial three-year period running thru 2029. https://t.co/evD3WNyBxa The hub will be anchored by the country's first dedicated on-site IBM Quantum System Two supercomputer, which will be powered by the IBM Quantum Nighthawk r2, which features 120 programmable qubits & can execute over 100,000 circuits per second (25x the throughput of the previous Heron processor family). The hardware will be physically hosted at the Swiss National Supercomputing Centre (CSCS) in Lugano, Switzerland, which will provide the necessary technical infrastructure like cooling, power, & high security. The physical system is expected to be fully deployed & operational by the end of 2026. However, organizations joining the hub thru ETH Zurich get immediate cloud access to IBM's global fleet of quantum computers. https://t.co/nZf7d9Wu7x The hub is designed to advance both open scientific research & industrial applications across the Swiss ecosystem. Two specific joint development projects between IBM & Lockheed Martin have already been prioritized: 1. Quantum Sensing for Navigation Exploring GPS-independent or highly enhanced tracking & navigation systems. 2. Additive Manufacturing Refining & improving the 3D printing techniques of high-grade metallic alloys. Beyond these defense & aerospace projects, the hub will cater to broad commercial use cases including chemistry, materials science, optimization algorithms, & financial services modeling. It will also function as a workforce incubator, funding hackathons, & partner forums. https://t.co/O1kqb8UKGK IBM & ETH Zurich launch a 10-year initiative to advance foundational algorithmic research for the AI & quantum era. IBM will also support the creation of ETH Zurich professorships to lead joint research projects & education in algorithmic innovation. https://t.co/Bz2x4ZEPtj Swiss National Supercomputing Centre (CSCS) The Swiss National Supercomputing Centre (CSCS) is Switzerland's premier high-performance computing center. Founded in 1991, it operates as an autonomous unit of the public university ETH Zurich & works in close collaboration w/ the University of Lugano (USI). https://t.co/ox4Ssg16sa IBM Quantum System Two Supercomputer IBM Quantum System Two is IBM's flagship quantum computing system & the foundational architecture for what the company calls quantum-centric supercomputing. Unveiled in December 2023, it represents a shift from isolated experimental systems to modular, data-center-ready infrastructure. Rather than functioning as a standalone computer, System Two is built to integrate directly w/ classical high-performance computing (HPC) environments & AI server racks. This allows classical supercomputers & quantum processors to work in tandem on hybrid computational workflows. System Two was originally built to house the IBM Quantum Heron processor (featuring 156 qubits per chip). Because the system's architecture is modular & upgradeable, IBM can swap out the inner processors as hardware evolves. https://t.co/p6AMsdkmQP The architectural breakthroughs proven in the System Two infrastructure—particularly the ability to connect separate cryogenic modules together—serve as the stepping stones for IBM's long-term timeline. https://t.co/jG3G2I7wDM IBM Quantum Nighthawk r2 https://t.co/LU1LNy5ezs W/ a grid topology, Nighthawk leverages our tech stack from Heron (couplers, signal delivery, & coherence) w/ increased connectivity for enhanced application workloads. https://t.co/GmLF0i4jAS
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