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A neuromorphic computing roadmap
Researchers have mapped out a path for the development of neuromorphic computers that work like the brain.

Rat vision is still more efficient than machine vision
AI can mimic natural vision but does so differently than biological systems do. Learning from how animals see could help improve AI.

BCI allows tetraplegic patient to fly a drone
A brain-computer interface (BCI) device allowed a man, paralyzed with tetraplegia due to spinal cord injury, to control a virtual drone.

C. Elegans worms help understand how neural circuits generate behavior
Researchers have mapped how each neuron in the brain of C. Elegans influences different behaviors with neuromodulators.

New AI model uses brain-like processes to understand moving images
A new AI called MovieNet understands moving images like a human brain by mimicking how neurons process real-time scenes.

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

AI predicts experimental science outcomes
A new study suggests that LLMs are better at predicting the outcomes of scientific experiments than human experts.

A roadmap for whole-brain connectomics
A new method will help map millions of connections in entire brains, from small ones like flies to big ones like humans.

Neuroscientists decode Pink Floyd song from brain recordings
For people who have trouble communicating, recordings from electrodes on the brain surface could help reproduce the musicality of speech

Small neuromorphic device ‘sees,' makes ultra-fast decisions and creates memories
Could enable ultra-fast, live decision-making—in a self-driving car, for example