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A brain-inspired electrical device with neural network-like circuitry and synapse-like signaling suggests intelligence could be physical

Scientists created the largest human brain atlas from 54,000 MRI scans, advancing brain aging research, dementia detection, and precision neuroscience.

Similar to many artificial neural networks

Researchers use an AI model to build a highly detailed map of the mouse brain, revealing new areas that could improve understanding of brain functions, behaviors, and diseases.

Researchers uncover how the high-level visual cortex uses stored past images to enable one-shot learning, improving threat detection and linking to disorders like schizophrenia.

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

Researchers develop a biodegradable artificial synapse that uses less energy than the human brain, enabling sustainable neuromorphic electronics and temporary intelligent devices.

Researchers create a semiconductor that copies how brain cells adjust to repeated signals, improving energy use and reliability in artificial intelligence systems.

Research shows that the brain deliberately forms protein clumps called amyloids to create stable memories, challenging old views and opening paths to treat brain diseases.

Researchers propose a unified theory where the brain's memory systems also handle present awareness and future predictions, blurring lines between these mental processes.