Paris, 7 July 2020
Atos, a world wide leader in electronic transformation, announces the enhancement of a new Quantum Annealing Simulator, consequently starting to be the world’s initially enterprise to provide strong simulation remedies to discover the two primary technological paths of quantum computing: quantum annealing, by using its new answer, and common gate quantum computing, by using its current Atos Quantum Mastering Machine providing (Atos QLM). Atos’ Quantum Annealing Simulator will be compatible with the Atos Quantum Mastering Machine, providing buyers the very best of the two worlds though enabling them to switch quantum procedures based on their unique requirements.
When common gate design quantum computing provides a wider assortment of prospects than quantum annealing, it relies on qubits which are presently very susceptible to error. Quantum Annealing, becoming significantly less afflicted by sound, provides us nearer to cost-effective quantum programs and presents an remarkable way of discovering unique administration and optimization troubles. Offering strong quantum annealing simulation abilities, Atos’ new answer was intended to spur innovation in different fields, this sort of as finance, energy, manufacturing, transportation, logistics, chemistry and pharmaceutics, and by aiding industrials and researchers in establishing and tests quantum algorithms for the future NISQ era.
Atos’ Quantum Annealing Simulator will use a classical architecture to simulate the behavior of a great, noiseless quantum annealer many thanks to large general performance computing tactics and prime-course qualities:
- Totally tunable –a computer software-based simulator that enables end users to play with all parameters in the simulation
- Highest efficiency – optimized to make the most of an HPC architecture though supplying unequalled degrees of outcomes precision
- Finest Scalability – Atos’ Quantum Annealing Simulator can emulate a number of thousand great spins in a number of seconds.
Agnès Boudot, Senior Vice President, Head of HPC & Quantum at Atos, spelled out: “Since the start of Atos Quantum, the initially quantum computing marketplace plan in Europe in 2016, Atos has repeatedly labored to enrich its quantum ecosystem in order to allow its buyers and the investigation neighborhood throughout the world to carry on to experiment with quantum systems and detect concrete programs in as a lot of fields as achievable. Combining a workforce of highly-skilled specialists, partnerships with investigation facilities and universities around the entire world, perception from its QLM users’ neighborhood and quantum simulation systems based on two different methods, Atos provides jointly unparalleled perception and experience to build the future of quantum computing”.
Atos’ Quantum Annealing Simulator will be accessible for researchers, learners and organizations in Q4 2020.
Download the release in pdf
Atos is a world wide leader in electronic transformation with 110,000 workers in 73 nations and yearly income of € twelve billion. European variety just one in Cloud, Cybersecurity and Significant-Performance Computing, the Group presents conclusion-to-conclusion Orchestrated Hybrid Cloud, Big Information, Business Programs and Digital Workplace remedies. The Group is the All over the world Information and facts Technology Spouse for the Olympic & Paralympic Game titles and operates underneath the brand names Atos, Atos|Syntel, and Unify. Atos is a SE (Societas Europaea), shown on the CAC40 Paris inventory index.
The purpose of Atos is to enable design and style the future of the facts space. Its knowledge and products and services assist the enhancement of knowledge, education and learning and investigation in a multicultural strategy and contribute to the enhancement of scientific and technological excellence. Throughout the entire world, the Group permits its buyers and workers, and customers of societies at significant to are living, function and develop sustainably, in a protected and protected facts space.
Press get hold of: Marion Delmas | [email protected] | +33 six 37 63 91 99 |