Google's new 105-qubit 'Willow' quantum processor has surpassed a key error-correction threshold first proposed in 1995 — with errors now reducing exponentially as you scale up quantum machines.

Google says Willow has again widened the gap between quantum and traditional machines, as the task took 5 minutes on the chip, while the firm estimates that it would take 10 septillion years, ...

Shares of Google parent Alphabet soared as much as 6% on Tuesday after the company teased a major breakthrough with its new quantum computing chip “Willow.” ...

Google's latest breakthrough in quantum computing, the Willow chip, is reigniting discussions among the scientific community about the possibility of parallel universes.

Google just showed off Willow to the world, its mind-blowing quantum chip that absolutely destroyed an intensive benchmark. What would normally take today’s fastest supercomputers about 10 ...

Google's quantum computing division unveiled a new chip, dubbed Willow, that the tech giant says makes it infinitely faster and better than existing supercomputers. The chip addresses two major ...

Google debuted Willow, its latest quantum chip, on Monday, and if you’ve spent any time online since, you’ve undoubtedly run into some breathless reporting about it.Willow “crushes classical ...

For years, quantum computing has been something considered revolutionary, but out of reach up until recently. The introduction of Google's Willow chip, which took a complex problem that would have ...

A quantum computer processor with 105 qubits that Google unveiled at the end of 2024. Willow made headlines with the claim that it could perform a calculation in five minutes that would take a ...

Google Quantum AI founder and head Hartmut Neven announced its latest quantum chip Willow. Willow can reduce errors exponentially as the company scales up using more qubits Get ahead of Wall ...

Google's new 105-qubit 'Willow' quantum processor has surpassed a key error-correction threshold first proposed in 1995 — with errors now reducing exponentially as you scale up quantum machines.