World Chess Champion Garry Kasparov lost the first game to IBM-developed supercomputer Deep Blue. This defining moment in ...

IBM's Deep Blue system achieved its first ... At that time, it held the rank of the world's 259th most powerful supercomputer. The Deep Blue-Kasparov matches were landmark events in the history ...

This week marks 29 years since an epic man versus machine battle. It's when IBM's supercomputer, Deep Blue, beat Garry ...

Find previous discussions in the Open Thread archive. Excepting the entreaty that you remain on topic, all of Slate’s usual ...

Supercomputers can also make predictions — like forecasting the weather — and even learn how to play chess, like IBM's classic Deep Blue supercomputer in 1997. Based on the latest TOP500 ...

IBM and NNSA researchers cited such abilities in a 20 petaflops per second supercomputer as a 40-times jump in some weather-monitoring capabilities (for example, the path of a tornado would become ...

From the System/360 of the mid-1960s through to the Kubrickian monolith of Deep Blue, IBM's aesthetic helped define the supercomputer. All of these milestones could be kicked into touch by the next ...

The famous match you’re referring to is likely the one between IBM’s supercomputer Deep Blue and the chess grandmaster Garry Kasparov. Here are the details of that historic event: The Deep ...

If it hums like it's supposed to, IBM said, Sequoia's 20 petaflops-per-second speed would make it 10 times faster than any other existing supercomputer. Sweet system? They think so. Here's a quick ...

To somewhat work around these limitations, IBM has now pitched the idea of a hybrid quantum-classical computer (marketed as ‘quantum-centric supercomputing’), which as the name suggests ...

IBM gave reporters in San Francisco a demonstration of Project Debater. Think Deep Blue, but instead of playing chess, this system debates. Computer scientists have labored for six years to enable ...