Atomic Quantum Computing as a Service
An open and public platform for digital quantum computing based on high quality atomic qubits
Supported by the “Programme d’Investissements d’Avenir” (ANR-21-ESRE-0032) and the “Programme et Equipements Prioritaire de Recherche Quantique” (PEPR) within the French national quantum strategy
Technology behind aQCess
aQCess is powered by arrays of individual atoms trapped by optical tweezers with interactions mediated by highly excited Rydberg states, which is one of the most competitive physical systems for scalable quantum computing.
Neutral atom qubits
The worlds most stable and precise quantum oscillators
Scalable quantum systems
Programmable arrays of atoms trapped and cooled to nearly absolute zero temperature
Unique dual species architecture
Better qubit encoding, storage, processing and readout of quantum information
Highly optimized universal gate set
Native multiqubit gates and fast all-optical qubit control and readout
Innovative solutions to the world’s most challenging computational problems
Multidisciplinary research institutes
aQCess is also proudly part of the European Infrastructure for Rydberg Quantum Computing EuRyQa
Increasing quantum awareness
aQCess proudly participates to the following educational programmes:
We are hiring
Be part of the coming quantum computing revolution. We’re always looking for creative problem solvers to join our team.
If you are and engineer or researcher interested in job opportunities in our team, please contact us at any time citing “aCQess job” as a reference.
aQCess is hosted at the new European Center for Quantum Sciences (CESQ) at the University of Strasbourg: a transnational quantum research and educational hub that builds upon the exceptional tradition of interdisciplinary research in Strasbourg, focusing on quantum physics and its interfaces, towards new applications in basic science and for the emerging quantum industry.
Université de Strasbourg, Campus Cronenbourg
23 rue du Loess