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Are Microsoft and Amazon's new chips about to unlock quantum computing?

Lorikeet News Desk

April 10, 2025

Are Microsoft and Amazon's new chips about to unlock quantum computing?
Credit: Microsoft

Key Points

  • Amazon unveiled its first quantum processor, the Ocelot chip, promising significant advancements in quantum computing.

  • Industry experts express skepticism over Amazon's bold claims, citing a lack of scientific proof similar to Microsoft's recent Majorana 1 announcement.

  • Concerns arise over the trend of high-profile announcements prioritizing speed over accuracy, potentially setting a dangerous precedent.

We know the physics is going to work. It’s the engineering that's the challenge.

Nick Reese

COO and Co-Founder | Frontier Foundry

Just one week after Microsoft's announcement of Majorana 1, Amazon made headlines with the release of its Ocelot quantum chip. As the first quantum processor from AWS, the Ocelot chip promises significant advancements, but much like Microsoft’s claims, the press release was filled with bold assertions that still require substantiated evidence

We spoke with Nick Reese, COO and Co-founder of Ensemble AI and risk mitigation platform Frontier Foundry, to unpack the implications of Amazon’s latest quantum leap and the risks of unsubstantiated claims in the quantum computing industry.

Big claims, little proof: Reese highlights the similarity between Amazon’s announcement and that of Microsoft’s Majorana 1, calling both out for making substantial claims without providing enough scientific proof. 

"Amazon’s chip is going to reduce the price of quantum processors by something like one-fifth. That alone is a huge claim," Reese remarks. In addition, AWS’s press release touts the use of "cat qubits" that supposedly reduce certain types of quantum errors by up to 90%. While these are indeed groundbreaking claims, Reese remains cautious. "The question, just like with Microsoft, is whether they've really created this, or simply demonstrated a framework," he says, emphasizing that the lack of definitive results only deepens concerns around what’s true in each press release.

Setting the wrong precedent: Reese is concerned about the broader implications of repeated, high-profile announcements. "The requirement to be right is being eclipsed by the desire to be first. And that, I think, is the trap."

"We’re setting a dangerous precedent with the incentive structure that we’re putting around quantum computing," Reese warns. He sees a connection between quantum computing announcements and a spike in quantum computing stocks' value, which creates incentives for companies to make announcements for investors' sake, even before the technology might be fully tested and ready. 

Amazon, following in Microsoft’s footsteps, has now made a splash with its own bold claims. "AWS is unlikely to be the last," he notes, suggesting that such announcements are beginning to quickly follow each other in succession. 

The post-quantum cryptography issue is likely the biggest and most serious cybersecurity issue that we will face in our lifetimes.

Nick Reese

COO and Co-Founder | Frontier Foundry

Error correction: A major area where both Amazon and Microsoft have made similar claims is quantum error correction, a challenge that remains at the heart of quantum computing’s progression. 

"The error correction problem is how do we get qubits to behave in a way that is predictable and useful for computation," Reese explains. While Amazon’s Ocelot chip touts progress in this area, Reese is quick to point out that the solution is far from proven. "AWS is putting forward a framework that might be a part of a future solution to quantum error correction, but it is not that today," he says.

Reese notes that there’s no clear consensus on how to approach error correction, with each major company exploring different methods. "Google, Microsoft, and AWS are all trying to solve the same problem, but with different approaches," he says. 

Engineering challenges: Despite the hurdles, Reese remains confident that quantum computing’s future holds promise, not due to its underlying physics but because of its engineering potential. "We know the physics is going to work," Reese asserts. "It’s the engineering that's the challenge." One of the unique difficulties in quantum computing, he explains, is that it's nearly impossible to simulate quantum systems on classical computers. "If you have an idea for a new piece of hardware, you can’t just simulate it first. You have to fabricate it, install it, integrate it, and then test it. It may fail. That alone creates a lot of iteration time."

Why quantum computing matters: Reese underscores the importance of quantum computing, especially when it comes to addressing the looming issue of post-quantum cryptography. "The post-quantum cryptography issue is likely the biggest and most serious cybersecurity issue that we will face in our lifetimes," Reese says. "If we don’t get it right, if we don’t get the cryptography transition right, we will absolutely face problems," he warns. This is why, despite the current challenges, continued investment and research into quantum computing are critical.

One more thing

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