QCBRIEF
Quantinuum's trapped ion quantum hardware — where individual ions are held in place and used as quantum bits — is now reachable from EPFL, the École Polytechnique Fédérale de Lausanne, letting researchers submit hybrid jobs that combine quantum and
EPFL says it is the first Swiss academic institution to give its researchers direct cloud access to a real quantum computer, and to wire it directly into the high-performance computing platform they already use for regular research computing (EPFL announcement).
The hardware is Quantinuum's trapped-ion system, where individual ions are suspended above a chip surface and used as qubits, with lasers performing gate operations. Under the three-way partnership between EPFL's Center for Quantum Science and Engineering (QSE), the SCITAS service, and Quantinuum, researchers submit quantum jobs from the same SCITAS interface they use for ordinary HPC work (HPCwire). No separate vendor portal, no separate sign-on: a hybrid classical-quantum job goes in through one workflow (ggba.swiss).
Vincenzo Savona, QSE's academic director, frames the Quantinuum machines as ranking "among the most powerful and cleanest available," with the lowest decoherence and therefore the closest behavior to an ideal quantum system (EPFL; Quantum Zeitgeist). That language is Savona's assessment, not a benchmarked metric. The platform's stated near-term uses are quantum algorithm development, digital simulation of complex systems, and hands-on training for the next cohort of quantum master's students.
What remains unconfirmed is whether any other Swiss university is running a comparable setup, since the "first" framing is EPFL's own claim.