Rote learning has long been the ghost in the classroom: obedient to syllabi, efficient at producing correct answers under time pressure, and almost entirely indifferent to thought. It is a pedagogy of ...

GenAI may be accelerating a developmental transition in how learners conceptualize programming itself.

AI"s inability to continually learn remains one of the biggest problems standing in the way to truly general purpose models. Might it soon be solved?

When I left the classroom 12 years ago, computer science was still treated like a niche pursuit, something for the few. Today, it’s the engine of change across every sector. In K–12 education, it is ...

Your phone finishes your sentences, your camera detects faces and your streaming app suggests songs you never thought you would want, thanks to classical AI systems. These are powerful logic engines: ...

The rapid growth of generative artificial intelligence (GenAI) is creating a new digital divide in K–12 education, an AI skills gap that threatens to leave some students behind. While some schools are ...

Some of Julie York’s high school computer science students are worried about what generative artificial intelligence will mean for future careers in the tech industry. If generative AI can code, then ...

Researchers identified a major decline in neural activity and retention when students used AI for writing. We need to empower students to leverage AI to nurture their potential as creative thinkers.