EPFL Opens Swiss Researchers to Real Quantum Computers via Quantinuum Cloud Access
Updated
Updated · Quantum Zeitgeist · May 29
EPFL Opens Swiss Researchers to Real Quantum Computers via Quantinuum Cloud Access
5 articles · Updated · Quantum Zeitgeist · May 29
EPFL said it is the first Swiss academic institution to give researchers cloud access to real quantum computers, linking Quantinuum’s machines directly into its SCITAS high-performance computing platform.
That setup lets scientists use remote quantum hardware through a familiar HPC interface instead of separate tools, moving work beyond theory and small-scale numerical studies toward more complex experiments.
Quantinuum’s trapped-ion systems were chosen for low decoherence and precise operations, qualities EPFL researchers say are critical for digital quantum simulation and studies of complex many-body systems.
The partnership also reflects the high cost of building and maintaining quantum hardware, making industrial tie-ups increasingly central as universities try to embed quantum computing into routine research workflows.
Does relying on US tech hinder Switzerland's dream of a neutral 'CERN Model' for quantum collaboration?
Can academic cloud access accelerate quantum profitability, or is it just a costly race for research prestige?
Will this quantum-HPC link solve impossible problems, or is it another expensive step on a very long road?
Switzerland’s Quantum Leap: EPFL Pioneers Direct Cloud Access to Advanced Quantum Computers
Overview
EPFL has become the first academic institution in Switzerland to offer direct cloud access to real quantum computers, thanks to a strategic partnership with Quantinuum. This gives EPFL researchers access to advanced quantum hardware, enabling experiments that go beyond theory or small-scale simulations. The new quantum computing capability is seamlessly integrated into EPFL’s high-performance computing infrastructure through the SCITAS platform. This setup highlights the strong complementarity between SCITAS and the Center for Quantum Science and Engineering (QSE), allowing researchers to combine classical and quantum resources and drive innovative, transdisciplinary research in quantum computing.