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Scientists have uncovered a surprising truth: cells outside the brain may be capable of learning and recalling information. Could this transform medicine and education?

A molecular duo, KIBRA and PKMζ, may hold the secret to long-lasting memories. Learn how their interaction could revolutionize memory-related treatments.

A new AI memory architecture enables AI assistants, smart glasses, and mobile AI to remember conversations, objects, and daily routines without relying on the cloud.

Scientists discover how the brain allocates resources to remember important items more precisely in working memory tasks.

Neuroscientists have reactivated a spatial memory and tested the successful reactivation of the memory circuit in laboratory mice.

Memory strongly depends on the activity of neurons, but other brain cells called astrocytes also play a crucial role in memory processes.

Scientists have found that not just brain cells but also cells from other parts of the body can form and keep memories.

Researchers use advanced tools to study brain circuits, revealing new details about memory storage and potential treatments for memory loss.

Suggests low-cost, high-performance AI systems