For quantum computers to change the game of computation, scientists need to show that the machines’ calculations are correct. Now, there’s hope. Google’s Willow quantum chip has achieved verifiable ...

Google scientists have created a new algorithm that can solve problems on a quantum processor 13,000 times faster than the world's fastest supercomputers. They say it brings us one step closer to ...

Google's new AI model can interact directly with website UIs. It joins similar tools from OpenAI and Anthropic. The company also admitted its weaknesses, including hallucinations. Google DeepMind has ...

Governments and tech companies continue to pour money into quantum technology in the hopes of building a supercomputer that can work at speeds we can't yet fathom to solve big problems.

Enabled by the introduction of its Willow quantum chip last year, Google today claims it's conducted breakthrough research that confirms it can create real-world applications for quantum computers.

Google’s Latest Quantum Experiment Moves from Hype to Proof Your email has been sent Using a technique called Quantum Echoes, Google says its latest chip has delivered results that outperform ...

China reports a quantum error correction breakthrough that could rival Google, signaling faster progress toward practical ...

The Willow processor runs the first verifiable algorithm with real-world applications, marking shift from theory to practical quantum computing. Google Quantum AI has demonstrated what it describes as ...

A few years back, Google made waves when it claimed that some of its hardware had achieved quantum supremacy, performing operations that would be effectively impossible to simulate on a classical ...

There has been a break through in the quantum industry with a company unveiling a new processor that is 100x denser than any ...

Quantum computers are still in their infancy. Presently limited to 100 or so error-prone qubits, the quantum equivalents to classical bits, they are far from supreme calculating machines that are ...