Business Intelligence Designer 1 Income Nc – Quantum computing companies are springing up around the world as the race to build a working quantum computer intensifies. Quantum computers have the potential to revolutionize computing, and these companies are at the forefront of that race. But who are these quantum computing companies? We’ll see.
Quantum computing (QC) is expected to enable different approaches to computational challenges in industries such as healthcare, cybersecurity and the financial sector, but — unlike other hard technology verticals such as artificial intelligence (AI) or reality virtual (VR) — quantum computing seems to be a black box to most except specialists working in the industry. Few understand what a quantum computer can do or what makes it different from classical computers.
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By using specialized hardware and software, quantum computers can tackle tasks such as artificial intelligence, machine learning, and cryptography that are currently beyond the capabilities of conventional computing. In fact, quantum computing companies are developing technologies that make this cutting-edge technology more accessible and useful in everyday life.
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The quantum computing industry is expanding rapidly and new innovations are being created every day. That being said, let’s take a look at the increase in the number of quantum computing companies over the last 20 years.
. Leveraging data from our Quantum Intelligence Platform, we have included close to a hundred quantum computing companies in our review. As our Quantum Intelligence Platform has over 600 organizations in its database, it was inevitable that we would have to omit many of the supply chain actors. In this article, we have focused solely on the leaders in quantum computing in both hardware and software, as well as important startups in the industry whose intellectual property shows promise.
Additionally, if you are interested in delving deeper into the world of quantum computing companies, we have published an in-depth article exploring some of the best young quantum computing companies: 73 Quantum Computing Startups Challenging the Industry Leaders.
As quantum computing becomes more widespread, a richer ecosystem of vendors, hardware and software companies will emerge. When they do, The Quantum Insider will, as always, cover them in the news and feature them on our platform. For the sake of brevity, we have also excluded the growing industry of quantum security players, although some of them have featured prominently in both the hardware and software sections where appropriate. All listed companies are in alphabetical order.
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Of the four major US-founded players in the quantum computing (QC) market, consisting of Google, IBM, Microsoft and AWS Braket (Amazon), only IBM has a legacy in technological innovation dating back more than a century. . The other three, Google, Microsoft and AWS, have a shorter history in computing. However, while IBM is arguably ahead in terms of hardware and software development in the quantum computing space, the trio chasing IBM is not far behind and is sure to have a positive impact.
Also other large players (which we have included), aware of the enormous impact that quantum computing and quantum computing companies will have in all areas in the medium and long term, are establishing their own R&D programs in quantum computing in an effort for not being left behind when the industry overcomes the noisy intermediate scale quantum (NISQ) era and reaches fault tolerance capability and ultimately the holy grail of technology.
Founded in Endicott, New York, in 1911 by entrepreneur Charles Ranlett Flint as the Computing-Tabulated-Recording Company (CTR), IBM is one of the world’s technology giants.
“Our goal is to achieve a quantum advantage as soon as possible. I don’t like to focus so much on specific item dates without instead considering a complete roadmap to make it possible. To achieve a quantum advantage, we need to increase the performance of processors and develop a better understanding of how to deal with errors and program a quantum computer.” — Jay Gambetta, vice president of the IBM Quantum Laboratory
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In the quantum sphere, IBM Quantum Composer and IBM Quantum Lab (formerly known collectively as IBM Quantum Experience) form an online platform that enables public and premium access to cloud-based quantum computing services provided by IBM Quantum. This includes access to a set of IBM quantum processor prototypes, a set of tutorials on quantum computing, and access to an interactive textbook. As of February 2021, there are more than 20 devices in the service, six of which are freely available to the public. This service can be used to run algorithms and experiments and explore tutorials and simulations about what could be possible with quantum computing.
To dig a little deeper into IBM, read our article covering the history of IBM’s focus on quantum here.
Along with IBM, Google Quantum AI is a leading player in comprehensive capabilities in quantum computing. Google Quantum AI is advancing the state of the art of quantum computing and developing tools for researchers to operate beyond classical capabilities.
The nerve center of Google’s quantum activities is The Quantum Artificial Intelligence Lab, a joint initiative between Google, NASA and the Universities Space Research Association, was founded in 2013 and was responsible for the announcement that it had achieved quantum supremacy back in October 2019. .
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Google software and hardware are specifically designed to create novel quantum algorithms that help solve short-term applications for practical problems. These include Cirq, a Python software library for writing, manipulating and optimizing quantum circuits and then running them on quantum computers and simulators; OpenFermion, a library for compiling and analyzing quantum algorithms for simulating fermionic systems, including quantum chemistry; and TensorFlow Quantum (TFQ), a quantum machine library for rapid prototyping of hybrid quantum-classical machine learning models.
Led by Engineering Director Hartmut Neven, Google Quantum AI’s goal is to pioneer research into how quantum computing could help with machine learning and other difficult computing problems. The laboratory is housed at NASA’s Ames Research Center. Part of Google’s strategy included its quantum roadmap.
Another big player, Microsoft is the provider of the world’s first full-stack, open cloud quantum computing ecosystem, including solutions, software and hardware delivered through Azure.
Although Microsoft was founded in 1975, the roots of Microsoft’s research into quantum computing had two teams interested in quantum computing: the Redmond, Washington-based QuArC team, led by Krysta Svore. This team explored the construction of quantum circuits. The second, located in Santa Barbara and directed by Michael Freedman, was Station Q, which investigated topological quantum computing.
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In September 2017, during a Microsoft Ignite keynote, Microsoft announced the imminent release of a new quantum computing programming language, Q#, which was eventually released in December of that year, as part of the company’s quantum development kit. company.
However, Microsoft’s quantum program has not been without controversy: In 2018, a Microsoft-led team of scientists — headed by physicist Leo Kouwenhoven of Delft University of Technology in the Netherlands — retracted a high-profile paper. profile that the company touted as a key breakthrough in creating practical quantum computing, claiming to have found evidence of Majorana particles, long theorized but never conclusively detected.
“Microsoft has taken this very risky but high reward approach in trying to create a qubit that, theoretically, looks like the best qubit you can get. But the challenge was that no one has actually seen these Majorana zero modes in real life. But we’ve done it now and it’s very exciting. “We have to continue to evolve our engineering capabilities, but it really looks like there is now a path to scalable quantum computing.” — Peter Krogstrup, scientific director of the Microsoft Quantum Materials Laboratory in Lyngby, Denmark
At Build 2019, Microsoft announced that it is open source the Quantum development kit, including its Q# compilers and simulators.
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Microsoft’s quantum initiative is led by Julie Love, partner and product leader for Quantum Computing, and Bettina Heim is currently leading the Q# language development effort.
Amazon Braket is a fully managed quantum computing service designed to help accelerate scientific research and software development for quantum computing.
“We felt there was enough community to get the most out of a quantum platform, which is why we launched Braket. It is designed to get people up and running quickly, removing barriers to playing with this technology and, fundamentally, trying to be a catalyst for innovation. Fundamentally, AWS is about allowing third parties to build other services and applications on top of the platform… and that’s exactly the same with quantum computers.” — Richard Moulds, CEO, Amazon Braket (AWS quantum computing service)
Led by Simone Severini, Director of Quantum Computing at AWS and Professor of Information Physics at University College London, Amazon Braket is a service that provides access to different types of quantum computers to customers through the cloud. Available since 2020, the AWS Braket service allows anyone to open an account, log in, and pay on the go using the quantum cloud service that leverages D-Wave’s quantum annealers, gate-based ion trap processors. of IonQ, the gate-based superconductor. processor offerings from Rigetti Computing and Oxford Quantum Circuits, and gate-based photonic quantum computers from Xanadu.
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Other features include a hardware-independent development framework, which simplifies the process of designing and running quantum algorithms, fully managed Jupyter notebooks, pre-built algorithms and tutorials, a simulation option.
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