A new ultra-thin film developed at the University of Houston could help future AI chips stay cooler, run faster and use far ...

From 2026 to 2036, the amalgamation of artificial intelligence, quantum science, connectivity, and cyber-physical integration ...

Once a pioneer that helped the world lay the foundations of machine learning, Japan’s renewed push into artificial ...

New research reveals organized networks linking paper mills, intermediaries, and compromised academic journals ...

Charter schools are the only growing sector of Hawaiʻi education, but limited funding and campus space has prevented schools ...

As schools and universities take varying stances on AI, some teachers believe the tech can democratize tutoring. Here's how - and where the drawbacks lie.

Artificial intelligence is everywhere. In fact, each reader of this article could have multiple AI apps operating on the very ...

For much of the year, NPR's Jude Joffe-Block and Miles Parks have reported on the DOGE-aided expansion of a federal data system known as SAVE and how it's been turned into a de facto tool to verify ...

Space debris – the collection of defunct human-made objects in Earth's orbit – is already affecting space agencies, companies and astronauts. This debris includes large pieces, such as spent rocket ...

Wanderboat AI, a local discovery platform founded by ex-Bing search scientists, has launched a comprehensive advertising ...

Scientists in Japan have confirmed that ultra-thin films of ruthenium dioxide belong to a newly recognized and powerful class of magnetic materials called altermagnets. These materials combine the ...

The technologies that truly support student learning and growth are those that are human-centered, supporting a learner’s exploration and creativity. By staying anchored to the individual learner, we ...