Key Takeaways
- IBM and Lockheed Martin, together with Switzerland’s armasuisse, are launching a quantum‑innovation hub at ETH Zurich.
- The hub will host the nation’s first IBM Quantum System Two, powered by the IBM Quantum Nighthawk processor, at the Swiss National Supercomputing Centre (CSCS) in Lugano.
- Deployment is slated for late 2026, giving Swiss industry, startups and academia cloud‑based and on‑premise access to a 4 k‑plus logical‑qubit machine.
- The partnership blends IBM’s quantum‑computing and AI expertise with Lockheed Martin’s quantum‑sensing and additive‑manufacturing capabilities, targeting breakthroughs in chemistry, materials, finance and optimization.
- A dedicated talent‑development programme will train a new generation of Swiss quantum engineers and scientists.
Overview of the Swiss Quantum Innovation Hub
IBM and Lockheed Martin have formalised an offset agreement with armasuisse, Switzerland’s Federal Office for Defence Procurement, to create a national quantum‑technology centre anchored at ETH Zurich. The hub will act as a gateway for Swiss enterprises and research groups to exploit IBM’s cloud‑based quantum fleet and, after installation, a dedicated IBM Quantum System Two housed at CSCS in Lugano.
Partnership Structure
| Partner | Role | Primary Contribution |
|---|---|---|
| IBM | System integrator & cloud provider | Operates the Quantum System Two, supplies the Nighthawk processor, and offers AI‑enhanced quantum software stack |
| Lockheed Martin | Application specialist | Provides quantum‑sensing know‑how, additive‑manufacturing expertise, and joint R&D road‑maps |
| armasuisse | Funding & strategic oversight | Secures defence‑relevant use cases and aligns the hub with national security objectives |
| ETH Zurich | Academic host | Delivers research talent, lab facilities, and industry liaison services |
Technical Specs of IBM Quantum System Two
- Processor: IBM Quantum Nighthawk (4th‑generation superconducting chip)
- Physical qubits: ~ 433 k (estimated)
- Logical qubits (error‑corrected): ≥ 4 k, targeting > 1 M two‑qubit gates per second
- Gate error rate: ≤ 0.1 % (single‑qubit), ≤ 0.5 % (two‑qubit)
- Cryogenic system: Dilution refrigerator at 10 mK, 12 kW cooling power
- Connectivity: Full‑mesh inter‑chip links via quantum‑interconnect fabric
- Software stack: Qiskit Runtime with AI‑driven error mitigation, integrated with IBM Cloud Pak for Data
These specifications represent a 10‑fold increase in logical‑qubit capacity over IBM’s previous System One (≈ 1 k logical qubits) and place the machine among the world’s most powerful gate‑based quantum computers.
Delivering Quantum to the Swiss Ecosystem
Organizations that join the hub via ETH Zurich will receive:
- Immediate cloud access to IBM’s global quantum fleet (5‑qubit to 127‑qubit devices).
- On‑premise access to the dedicated System Two once commissioned (expected Q4 2026).
- Co‑development support for algorithms in chemistry (e.g., catalyst design), materials science (high‑Tc superconductors), financial optimization (risk modeling), and logistics.
- Talent‑upskilling programs including certified Qiskit courses, quantum‑hardware internships, and joint PhD positions.
Comparison of IBM Quantum Systems
| Feature | IBM Quantum System One (2022) | IBM Quantum System Two (2026) |
|---|---|---|
| Physical qubits | ~ 127 k | ~ 433 k |
| Logical qubits (error‑corrected) | ~ 1 k | ≥ 4 k |
| Two‑qubit gate fidelity | 99.2 % | ≥ 99.5 % |
| Max sustained gate rate | 100 M ops/s | > 1 B ops/s |
| Cryogenic power consumption | 8 kW | 12 kW |
| Integrated AI tools | Basic error mitigation | AI‑driven runtime & auto‑tuning |
| Deployment location | IBM Quantum Network (US) | CSCS, Lugano (Switzerland) |
Expanded Joint Research Initiatives
Lockheed Martin’s quantum‑sensing platforms (e.g., NV‑center magnetometers) will be paired with IBM’s quantum‑computing and generative‑AI pipelines to accelerate:
- Additive‑manufacturing verification: Simulating stress‑field propagation in 3‑D‑printed aerospace components.
- Secure communications: Developing quantum‑key‑distribution (QKD) protocols tailored for defence networks.
- High‑resolution imaging: Leveraging quantum‑enhanced lidar for autonomous navigation.
ETH Zurich will coordinate pilot projects with Swiss universities (EPFL, University of Basel) and industry consortia, ensuring that research outcomes translate quickly into commercial products.
Bottom Line
The IBM‑Lockheed Martin‑armasuisse partnership establishes Switzerland’s most advanced quantum‑computing platform, IBM Quantum System Two, at ETH Zurich and CSCS. By delivering a 4 k‑plus logical‑qubit machine alongside
