Atos and CEA Introduce Quantum Computing Industrial research Chair with the Support of the ANR

Atos and the CEA (French Alternative Energies and Atomic Energy Commission) launched an industrial research chair , co-funded by the National Research Agency (ANR), to develop research and innovation in quantum computing.

Led by Daniel Estève, the industrial research chair, named “Nasniq” (New nuclear spin architecture for quantum computing), aims to contribute to the development of the quantum computer, which can revolutionize how information is processed in the years ahead and can manage the explosion of data driven by Big Data and the Internet of Things. Quantum technologies represent a key factor for sovereignty which now requires a major effort in terms of research and development, bringing together academic teams and businesses.

To address this, Atos and the CEA-CNRS, with the support of the National Research Agency (ANR), will work in synergy and will contribute their expertise to this initiative.

Atos will bring its expertise in high-performance computing and quantum computing to the industrial research chair. Indeed in 2016 Atos launched “Atos Quantum”, an ambitious quantum computing program that has already enabled it to bring to market, as of July 2017, the “Atos Quantum Learning Machine” (Atos QLM), the world’s first machine capable of simulating up to 40 quantum bits and which now simulates physical Qubits for increased performance.

Daniel Estève and the “Quantronic “group, from the Condensed State Physics Department (Spec, CEA-CNRS, Paris-Saclay), are pioneers in the knowledge and control of quantum information. This group founded the so-called Cooper pair box circuit that has led to superconducting quantum bits which are used today.

The Nasniq research chair will combine the essential research efforts carried out by the Spec team (CEA-CNRS) with Atos’ developments in algorithmic simulation, further reinforcing the synergies between all the activities of the CEA in this field. In addition, the chair will allow to monitor technological developments in the appropriation of this innovative field.

 A Basic and Applied R&D program

The Nasniq chair must address several challenges:

• Design and test new types of qubits and better control quantum coherence: Spec teams are working to control quantum coherence by developing more robust quantum bits;
• Quantum software for hybrid qubits: Atos will provide its expertise in quantum software and algorithms, as well as in numerical simulation, for the development of new software relevant for qubits carried by a nuclear spin;

By strengthening the interaction between research teams and industrial teams, the Nasniq chair will also be able to train future engineers and researchers in the field.