Paris, seven July 2020
Atos, a world-wide leader in electronic transformation, announces the improvement of a new Quantum Annealing Simulator, so turning out to be the world’s very first corporation to present strong simulation options to investigate the two primary technological paths of quantum computing: quantum annealing, by means of its new solution, and common gate quantum computing, by means of its present Atos Quantum Finding out Device supplying (Atos QLM). Atos’ Quantum Annealing Simulator will be compatible with the Atos Quantum Finding out Device, supplying consumers the ideal of each worlds when enabling them to switch quantum procedures centered on their precise demands.
Although common gate product quantum computing presents a broader vary of opportunities than quantum annealing, it relies on qubits which are at present incredibly inclined to error. Quantum Annealing, being much less influenced by noise, provides us nearer to cost-effective quantum apps and delivers an fantastic way of checking out precise administration and optimization problems. Delivering strong quantum annealing simulation capabilities, Atos’ new solution was made to spur innovation in a variety of fields, these types of as finance, strength, producing, transportation, logistics, chemistry and pharmaceutics, and by serving to industrials and scientists in developing and screening quantum algorithms for the long term NISQ era.
Atos’ Quantum Annealing Simulator will use a classical architecture to simulate the conduct of a ideal, noiseless quantum annealer thanks to higher overall performance computing techniques and major-course attributes:
- Completely tunable –a application-centered simulator that enables consumers to engage in with all parameters in the simulation
- Best efficiency – optimized to make the most of an HPC architecture when providing unequalled levels of benefits accuracy
- Biggest Scalability – Atos’ Quantum Annealing Simulator can emulate a number of thousand ideal spins in a number of seconds.
Agnès Boudot, Senior Vice President, Head of HPC & Quantum at Atos, discussed: “Since the start of Atos Quantum, the very first quantum computing industry method in Europe in 2016, Atos has continuously worked to enrich its quantum ecosystem in purchase to empower its consumers and the analysis neighborhood throughout the world to continue on to experiment with quantum systems and identify concrete apps in as many fields as feasible. Combining a group of very-expert authorities, partnerships with analysis centers and universities all over the globe, insight from its QLM users’ neighborhood and quantum simulation systems centered on two unique ways, Atos provides collectively unparalleled insight and encounter to establish the long term of quantum computing”.
Atos’ Quantum Annealing Simulator will be accessible for scientists, college students and corporations in This autumn 2020.
Obtain the launch in pdf
Atos is a world-wide leader in electronic transformation with a hundred and ten,000 workers in seventy three nations around the world and once-a-year earnings of € 12 billion. European selection 1 in Cloud, Cybersecurity and High-General performance Computing, the Group delivers finish-to-finish Orchestrated Hybrid Cloud, Large Facts, Organization Applications and Electronic Place of work options. The Group is the Throughout the world Information and facts Technological know-how Associate for the Olympic & Paralympic Video games and operates underneath the makes Atos, Atos|Syntel, and Unify. Atos is a SE (Societas Europaea), stated on the CAC40 Paris inventory index.
The purpose of Atos is to assist style and design the long term of the info place. Its expertise and products and services assistance the improvement of understanding, schooling and analysis in a multicultural strategy and add to the improvement of scientific and technological excellence. Across the globe, the Group enables its consumers and workers, and associates of societies at huge to dwell, function and build sustainably, in a harmless and protected info place.
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