
There's one born every minute.
Saudi Aramco, the world's largest oil producer, is working with French startup Pasqal to find out if quantum computing can give it a boost in the energy sector. Pasqal, which develops neutral atom-based quantum computers, said on Wednesday it had agreed a memorandum of understanding with Saudi Aramco in which the pair would …
While business leaders expect quantum computing to play a significant role in industry by 2030, some experts don't believe the tech is going to be ready for production deployment in the near future.
The findings, from a survey titled "2022 Quantum Readiness" commissioned by consultancy EY, refer to UK businesses, although it is likely that the conclusions are equally applicable to global organizations.
According to EY, 81 percent of senior UK executives expect quantum computing to have a significant impact in their industry within seven and a half years, with almost half (48 percent) believing that quantum technology will begin to transform industries as soon as 2025.
In the hype-tastic world of quantum computing, consulting giant McKinsey & Company claims that the still-nascent field has the potential to create $80 billion in new revenue for businesses across industries.
It's a claim McKinsey has repeated nearly two dozen times on Twitter since March to promote its growing collection of research diving into various aspects of quantum computing, from startup and government funding to use cases and its potential impact on a range of industries.
The consulting giant believes this $80 billion figure represents the "value at stake" for quantum computing players but not the actual value that use cases could create [PDF]. This includes companies working in all aspects of quantum computing, from component makers to service providers.
D-Wave Systems has put its next-generation Advantage2 quantum computer into the cloud, or at least some form of it.
This experimental machine will be accessible from D-Wave's Leap online service, we're told. We first learned of the experimental system last year when the biz revealed its Clarity Roadmap, which includes plans for a gate-model quantum system. Advantage2 sports D-Wave's latest topology and qubit design that apparently increases connectivity and aims to deliver greater performance by reducing noise.
"By making the Advantage2 prototype available in the Leap quantum cloud service today, the company is providing an early snapshot for exploration and learning by developers and researchers," D-Wave said in a canned statement.
Why build a cloud datacenter yourself, when you can rent one from Hewlett Packard Enterprise? It may seem unorthodox, but That’s exactly the approach Singapore-based private cloud provider Taeknizon is using to extend its private cloud offering to the United Arab Emirates (UAE).
Founded in 2012, Taeknizon offers a menagerie of services ranging from IoT, robotics, and AI to colocation and private cloud services, primarily in the Middle East and Asia. The company’s latest expansion in the UAE will see it lean on HPE GreenLake’s anything-as-a-service (XaaS) platform to meet growing demand from small-to-midsize enterprises for cloud services in the region.
“Today, 94% of companies operating in the UAE are SMEs," Ahmad AlKhallafi, UAE managing director at HPE, said in a statement. "Taeknizon’s as-a-service model caters to the requirements of SMEs and aligns with our vision to empower youth and the local startup community.”
Alibaba's cloud business and financial services affiliate Ant Group has expanded further out of China this week, by opening a pair of datacenters in Saudia Arabia and a digital wholesale bank in Singapore.
Alibaba Cloud and Saudi Telecom Company (STC) have opened two cloud services in Riyadh which will serve as a regional hub as part of a joint venture called the Saudi Cloud Computing Company (SCCC). STC confirmed the launch on Tuesday and the joint venture, SCCC, shared scenes from the launch.
Other businesses playing a part in SCCC are eWTP Arabia Capital, the Saudi Company for Artificial Intelligence (SCAI), and the Saudi Information Technology Company (SITE).
Researchers in Canada have conducted a quantum computing experiment that they claim completes a calculation in just a fraction of a second that would take a conventional computer 9,000 years.
Jonathan Lavoie, an experimental physicist at quantum computing company Xanadu, and colleagues reported the results from a device designed to sample an unknown probability distribution of light passing through a network of optical fibers.
Quantum computing startup IonQ is facing a securities fraud lawsuit after a barrage of accusations came to light in a blistering report from Scorpion Capital, which claims the company lied about the maturity (and even existence of) its quantum device in addition to a smattering of claimed financial fictions.
The Scorpion Capital report, issued May 3, provides a rigorously scathing assessment of the IonQ technology, which is described as "a useless toy that can't even add 1+1" as assessed by internal experiments run by unnamed but numerous quantum experts hired by Scorpion and exhaustively detailed in the full report [PDF].
It's not just the company's technology on the chopping block, either. Scorpion Capital calls the startup "a part-time side-hustle run by two academics," one of whom, CEO and founder, Peter Chapman, "appears to be making up his MIT educational credentials," something we'll get to momentarily.
Researchers in the Netherlands have shown they can transmit quantum information via an intermediary node, a feature necessary to make the so-called quantum internet possible.
In recent years, scientists have argued that the quantum internet presents a more desirable network for transferring secure data, in addition to being necessary when connecting multiple quantum systems. All of this has been attracting investment from the US government, among others.
Despite the promise, there are still vital elements missing for the creation of a functional quantum internet.
Analysis Startup QuSecure will this week introduce a service aimed at addressing how to safeguard cybersecurity once quantum computing renders current public key encryption technologies vulnerable.
It's unclear when quantum computers will easily crack classical crypto – estimates range from three to five years to never – but conventional wisdom is that now's the time to start preparing to ensure data remains encrypted.
A growing list of established vendors like IBM and Google and smaller startups – Quantum Xchange and Quantinuum, among others – have worked on this for several years. QuSecure, which is launching this week after three years in stealth mode, will offer a fully managed service approach with QuProtect, which is designed to not only secure data now against conventional threats but also against future attacks from nation-states and bad actors leveraging quantum systems.
Quantum computing outfit D-Wave Systems has announced availability of an Advantage quantum computer accessible via the cloud but physically located in the US, a key move for selling quantum services to American customers.
D-Wave reported that the newly deployed system is the first of its Advantage line of quantum computers available via its Leap quantum cloud service that is physically located in the US, rather than operating out of D-Wave’s facilities in British Columbia.
The new system is based at the University of Southern California, as part of the USC-Lockheed Martin Quantum Computing Center hosted at USC’s Information Sciences Institute, a factor that may encourage US organizations interested in evaluating quantum computing that are likely to want the assurance of accessing facilities based in the same country.
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