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A new small AI model with just 7 million parameters outperforms much larger ones on tough puzzles, suggesting that smart design can replace massive scale in solving complex problems.

Dr. Mihaela Ulieru sits down with Richard Flyer—visionary thinker, social architect, and founder of the Symbiotic Culture movement—to explore the intersection of spirituality, community, and artificial intelligence.

A computer model learned patterns of brain activity to design safer and more accurate electrical signals for a temporary implant that produced spots of light in a blind participant.

Ben Goertzel explains the politics of universal basic income (#UBI) and how to minimize global economic mayhem by fast-tracking toward benevolent #AGI.

MIT researchers craft a periodic table to connect classical machine learning algorithms, revealing new ways to improve AI models.

A new system combines brain signals with artificial intelligence to help people control robotic arms or cursors faster, offering hope for those with paralysis or neurological disorders.

Using AI protein modeling and a new screening system, scientists enhance a small DNA-editing enzyme to achieve higher efficiency with less unwanted damage and toxicity.

The Trump era’s bold embrace of AI and crypto deregulation raises a pivotal question: economic boon or ethical disaster in 2025?

This new project aims to create helpful assistants for the elderly that can handle surprises and change their plans when necessary to finish complex daily tasks.

Exploring how AI’s internal structures mirror human thought processes for better understanding and trust.