For decades, scientists have been studying the cognition of great apes to understand how our own complex cognitive abilities ...

In common marmosets, the brain regions that process social interactions develop very slowly, extending until early adulthood, like in humans. During this time, all group members are involved in ...

AI's struggle with continuous learning reveals a critical gap between artificial and human cognitive processes.

Humans have always migrated to survive. When glaciers advanced, when rivers dried up, when cities fell, people moved. Their journeys were often painful, but necessary, whether across deserts, ...

Imagine a mind that can juggle multiple tasks seamlessly, solving complex math problems while translating languages—all at once and without missing a beat. Today, it’s becoming clear that artificial ...

Randy Pugh, Naval Postgraduate School (NPS) Artificial Intelligence (AI) Task Force subject matter expert, speaks to leaders assigned to Naval Supply Systems Command (NAVSUP) HQ, NAVSUP Weapon Systems ...

Humans who were given a task that requires significant cognitive effort—suppressing the thought of a white bear while listing other thoughts—ate more potato chips and rated the chips as better-tasting ...

At the India Today Conclave in Mumbai, Dr. P. Murali Doraiswamy, Professor at Duke Institute for Brain Sciences, highlighted a transformative forecast: by 2050, artificial intelligence (AI) will ...

As in humans, infants of common marmosets interact with several caregivers from birth and are thus exposed to intensive social interaction. The development of primate brains is shaped by various ...