Paris, 7 July 2020
Atos, a world-wide chief in electronic transformation, announces the growth of a new Quantum Annealing Simulator, as a result becoming the world’s to start with enterprise to offer strong simulation methods to discover the two main technological paths of quantum computing: quantum annealing, by way of its new resolution, and common gate quantum computing, by way of its current Atos Quantum Studying Machine offering (Atos QLM). Atos’ Quantum Annealing Simulator will be suitable with the Atos Quantum Studying Machine, offering customers the best of both equally worlds although enabling them to change quantum procedures based mostly on their specific wants.
While common gate design quantum computing delivers a broader selection of options than quantum annealing, it depends on qubits which are presently incredibly inclined to error. Quantum Annealing, remaining much less affected by sound, brings us closer to inexpensive quantum applications and presents an excellent way of checking out specific management and optimization complications. Offering strong quantum annealing simulation abilities, Atos’ new resolution was made to spur innovation in different fields, these kinds of as finance, vitality, production, transportation, logistics, chemistry and pharmaceutics, and by helping industrials and scientists in building and screening quantum algorithms for the foreseeable future NISQ era.
Atos’ Quantum Annealing Simulator will use a classical architecture to simulate the habits of a ideal, noiseless quantum annealer thanks to significant performance computing techniques and top-class characteristics:
- Fully tunable –a program-based mostly simulator that allows consumers to engage in with all parameters in the simulation
- Optimum efficiency – optimized to make the most of an HPC architecture although supplying unequalled ranges of outcomes accuracy
- Biggest Scalability – Atos’ Quantum Annealing Simulator can emulate a couple of thousand ideal spins in a couple of seconds.
Agnès Boudot, Senior Vice President, Head of HPC & Quantum at Atos, spelled out: “Since the launch of Atos Quantum, the to start with quantum computing field application in Europe in 2016, Atos has continuously worked to enrich its quantum ecosystem in get to allow its customers and the investigation local community around the world to go on to experiment with quantum systems and establish concrete applications in as a lot of fields as feasible. Combining a workforce of highly-skilled gurus, partnerships with investigation facilities and universities all over the globe, perception from its QLM users’ local community and quantum simulation systems based mostly on two unique ways, Atos brings alongside one another unparalleled perception and knowledge to establish the foreseeable future of quantum computing”.
Atos’ Quantum Annealing Simulator will be offered for scientists, pupils and businesses in Q4 2020.
Obtain the launch in pdf
Atos is a world-wide chief in electronic transformation with 110,000 employees in seventy three international locations and yearly profits of € twelve billion. European number a single in Cloud, Cybersecurity and Superior-Functionality Computing, the Team presents finish-to-finish Orchestrated Hybrid Cloud, Significant Knowledge, Small business Programs and Digital Workplace methods. The Team is the Around the globe Information and facts Technological know-how Spouse for the Olympic & Paralympic Games and operates under the manufacturers Atos, Atos|Syntel, and Unify. Atos is a SE (Societas Europaea), mentioned on the CAC40 Paris inventory index.
The function of Atos is to help design and style the foreseeable future of the data room. Its know-how and services aid the growth of know-how, education and investigation in a multicultural approach and add to the growth of scientific and technological excellence. Throughout the globe, the Team allows its customers and employees, and associates of societies at massive to are living, operate and establish sustainably, in a safe and protected data room.
Push get in touch with: Marion Delmas | [email protected] | +33 six 37 63 ninety one 99 |