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Amazon, IBM and Microsoft Race to bring Global Access to Quantum Computing

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Quantum computing could help companies without billion-dollar budgets design superbatteries, create complex chemicals and understand the universe.

In the heady world of quantum computing, there’s a race afoot. Across the globe, tech giants are building their own machines and speeding to make them available to the world as a cloud computing service. In the competition: IBM, Google, Microsoft, Intel, Amazon, IonQ, Quantum Circuits, Rigetti Computing and the newest to uncloak its quantum computing plans, Honeywell.

They’re all competing to show off their nascent ability to tackle a new class of complex computational problems.

If one player does get ahead, it could cash in on a computing revolution the way IBM did with personal computers and Apple did with smartphones.

Quantum computers won’t displace conventional machines, but they could offer breakthroughs impossible for classical computers to achieve, including developing new materials, cutting city traffic or making a fleet of trucks deliver packages more efficiently.

Analyst firm Tractica expects spending on quantum computing to surge from $260 million in 2020 to $9.1 billion by the end of the decade.

So who’s in the lead? “It depends on the week or the month,” said Dan Garrison, a technology architect in the quantum practice at consulting firm Accenture. He says the quantum cloud players are all neck-and-neck.

Quantum computing companies have embarked on a multiyear journey to increase the count of qubits, the foundational elements of quantum data processing, and to decrease the error rates that today limit the sophistication of quantum computation. While conventional computers store data as bits that can be either a 0 or a 1, qubits can store a much more complex state that combines both 0 and 1. That design in principle lets quantum computers explore many more solutions to a possible computing problem at once.

But quantum computers are dauntingly expensive and difficult to build and run. Even major efforts have built only a few machines after years of work, and they’re typically run by many highly specialized researchers. At least for the foreseeable future, you’ll likely tap into them with a cloud computing service.

Quantum Cloud Competition

Some researchers and companies are getting started today, with 225,000 people trying their hand at quantum computer programming on the IBM Quantum Experience cloud service. And more than 100 companies are paying for its IBM Q premium service, which grants access to the company’s experts as well as its hardware.

“We have a fleet of 15 of these computers in the cloud,” said Jamie Garcia, IBM’s quantum applications leader. They’re all currently in New York, but Germany and Japan will each get one after IBM signed agreements with those countries’ governments.

Big Blue has been showing off a full-scale replica of its IBM Q System One, a 53-qubit quantum computer, to help convince the world the technology is real.

What’s quantum computing good for?

Though the benefits of quantum computers are mostly theoretical today, Google hopes it’ll be able to offer a service to those needing truly random numbers — a key part of encryption to keep messages and transactions secure.

As computers and algorithms mature and expertise spreads, quantum computer advocates are eager to tackle challenges beyond the reach of classical machines.

“We’re using quantum to solve really important parts of problems around chemistry, material science, financial services,” IBM’s Garcia said.

Quantum chemistry simulations are particularly interesting, since simulating quantum-scale atomic structures is impossible aside from simple molecules, and better tools could deliver real-world benefits like cheaper fertilizer, better electric car batteries and more-powerful solar panels.

Among other examples:

  • Delta Airlines is using IBM Q to try to more quickly reschedule flights after massive disruptions like hurricanes and blizzards.
  • CERN, home to the world’s most powerful particle accelerator, is using quantum computing to understand the universe.
  • Daimler wants to create higher capacity car batteries that are cheaper and to reduce environmental impact.
  • JPMorgan Chase wants to improve stock trading strategies and financial risk analysis.
  • OTI Lumionics is using Microsoft’s Azure Quantum in hopes it can speed up the hunt for new materials to make OLED screens used on devices like TVs, phones and tablets.
  • UK startup Cambridge Quantum Computing is trying to advance cryptography for device security.
  • Google and IBM see promise in improving artificial intelligence, too, for example in diagnosing disease and detecting fraud.

Quantum computing, however, can’t speed up every computing problem.

“It’s not going to replace classical computers,” Accenture’s Garrison said. “It’s instead going to be used to solve very specific problems.”

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