Caitlyn Daproza ’26 (photojournalism) surveys Rochester’s downtown convention center, mapping out where she will station photographers for that evening’s opening ceremonies of the Special Olympics New ...

Four decades ago, physicists were theorizing that the mind-bending mechanics of quantum physics could be harnessed to make a new kind of computer that’s exponentially more powerful than ...

The artificial intelligence (AI) arms race has yet to wrap up, but big tech is already starting a new one: the quantum computing arms race. Several big tech companies have seen the raw computing ...

Riara University offers undergraduate and postgraduate studies in business, international relations, computing sciences and communication. Photo: Riara University. The university offers undergraduate ...

Well, not that far, as I pointed out a few paragraphs above. 2030 is roughly when we’ll likely start to see quantum computing start to make an impact. But how? Quantum computers rely on quantum ...

Quantum computing remains a holy grail in the world of technology. But thanks to some important breakthroughs in the last several months, investors are betting on promising startups in the space ...

With a focus on personal computing (Windows, macOS, and ChromeOS), Starlink satellite internet, and generative AI productivity tools, I'm a professional tech nerd and a power user through and through.

Framework Computer is ready to transform two more types of computing devices into modular, repairable, and more user-friendly systems: 2-in-1 laptops and desktop PCs. Accustomed to making bold ...

Scientists in Switzerland have developed a new method to improve internet security against quantum computing attacks, using quantum-resistant encryption and a new type of hardware.

Microsoft last week claimed a breakthrough in quantum computing, an eagerly-awaited technology much like artificial intelligence (AI), that holds the promise of performing tasks beyond the ...

This breakthrough is propelled by topoconductors, representing a new state of matter, potentially accelerating quantum computing advancement significantly within years rather than decades.