Alphabet, Microsoft, and Nvidia are all funding their quantum computing endeavors with cash flows from unrelated businesses, ...

Granted, Wall Street also has positive outlooks for several other quantum computing stocks. For example, six of the nine ...

There's a type of particle called a Majorana fermion that was hypothesized in 1937. This particle has some unique properties, and it's long been theorized that Majorana particles could prove useful ...

Microsoft (NASDAQ:MSFT) unveiled a new type of quantum chip, built with what it calls a topological superconductor, which is not a solid, liquid or gas, but an entirely new state of matter. Quantum ...

Microsoft’s Majorana chips mark a groundbreaking quantum computing breakthrough, potentially bringing practical quantum computers closer to reality. The market has largely ignored the news, as quantum ...

Both IonQ, Inc. IONQ and Microsoft Corporation MSFT are making waves in the emerging field of quantum computing, each from very different positions. IonQ is a pure-play quantum computing pioneer, ...

Microsoft on Wednesday announced Majorana 1, its first quantum computing chip. Stream NBC 5 for free, 24/7, wherever you are. The achievement comes after the company spent nearly two decades of ...

THIS ARTICLE IS republished from The Conversation under a Creative Commons license. Researchers at Microsoft have announced the creation of the first “topological qubits” in a device that stores ...

On Wednesday, Microsoft unveiled a major scientific breakthrough that it believes will kick-start the quantum computing revolution. Majorana 1 is the world’s first quantum chip powered by Microsoft’s ...

After a prolonged rally throughout 2025, quantum computing stocks are starting to give back their gains. Big tech could serve as a backdoor way to gain exposure to the quantum computing opportunity.

Microsoft has claimed a quantum computing breakthrough with its new "Majorana 1" chip. But skeptics argue key evidence is still missing. Microsoft has claimed a major breakthrough in quantum computing ...