Big tech is currently obsessed with scaling up artificial intelligence processing, but Google hasn't totally forgotten about its bet on quantum computing. The company has announced a new quantum ...

Google's new Willow quantum chip performed a calculation in minutes that would take the fastest supercomputers septillions of years. This feat suggests quantum computation may occur in multiple ...

Willow demonstrated exceptional capabilities in benchmark tests It primarily serves as an experimental tool at this stage The focus now shifts to developing algorithms that can leverage quantum ...

Google on Monday announced Willow, its latest, greatest quantum computing chip. The speed and reliability performance claims Google’s made about this chip were newsworthy in themselves ...

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.” The “Willow” chip takes less ...

Her work has been featured on CNN, NBC, NPR, the BBC, Mashable and more. Google has unveiled its latest quantum computing chip, called Willow, saying it delivers groundbreaking capabilities in ...

Alphabet stock surged on Tuesday, a day after the tech giant revealed a breakthrough in quantum computing. The Google parent company unveiled its new Willow chip on Monday, which it said can ...

Google's new Willow quantum chip achieved a milestone, solving a problem in five minutes that would take the world's fastest supercomputers septillions of years. This ...

“Quantum Technology is the largest paradigm shift in a generation,” says a recent comprehensive assessment of the current state of quantum computing from quantum research firm GQI. Quantum tec ...

X owner Elon Musk was impressed by the launch of Google's new Willow quantum computing chipset. Google says the new ‘state of the art’ chip can reduce errors exponentially when scaling up and ...

As well as being extremely fast, the experimental quantum chip, called Willow, can reduce errors exponentially. That's important because currently, quantum computers exponentially create errors ...