TOKYO -- Japan's government-backed technology institute will partner with IBM to develop next-generation quantum computers, Nikkei has learned.

IBM, which has been conducting research on quantum computers since the mid-2000s, released a 5-qubit quantum computer on the cloud in May 2016, making it accessible from the outside. Since then, it ...

With all the news in the quantum world this month—including DARPA’s new list of the most viable quantum companies, and Quantinuum’s announcement of “the most accurate quantum computer in the ...

Physicist Jay Gambetta, at IBM’s lab in Yorktown Heights, New York, explains how microwaves orchestrate a solution on a quantum chip: “Think of each qubit as a line in music. You’re creating notes.” ...

IBM has introduced two different quantum chips that it believes could help demonstrate "quantum advantage," or the ability for a quantum computer to solve a problem faster than a classical computer, ...

TOKYO -- IBM has unveiled Japan's first quantum computer for commercial applications, its Japanese arm said Tuesday, as Washington and Tokyo join hands to push the field toward practical use with an ...

International Business Machines is continuing its quantum-computing blitz, this time with a new Cisco Systems partnership. The two technology stalwarts announced on Thursday that they plan to ...

The fruits of the partnership are admittedly years away as the companies strive for a connected fault-scale network by the 'early 2030s' IBM's quantum efforts comprise a meaningful chunk of the ...

IBM disclosed details on its Nighthawk and Loon quantum processors. The company expects quantum advantage next year and fault-tolerance by 2029. IBM also demonstrated ...

IBM Corp. today announced two new quantum processors at its annual Quantum Developer Conference that are aimed at delivering scalable quantum computation capabilities next year and fault-tolerant ...

Many companies — including IBM — this year demonstrated uses of quantum computers that went beyond what was possible with purely classical approaches. But none of these were clear, undisputable ...