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How Connectomes Are Giving Us Visionary Insights
Desdemona (the robot) and Kennedy Schaal (CEO of Rejuve Biotech) discuss the amazing insights we are learning about human vision from the fruit fly and human connectomes.
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Scientists map brain connections with advanced silicon chip technology
Researchers used a silicon chip with thousands of tiny electrodes to record synaptic connection signals from about 2,000 rat neurons.
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Visual mechanism corrects distortions caused by movement
A part of the mouse brain unblurs moving images by blending different signals to create a corrective signal.
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Neuralink posts an update on its first three patients
Neuralink has posted an update on the first three patients who received a Neuralink BCI, which gives users almost "telepathic" abilities.
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How the brain builds mental maps of the world
Researchers have detailed how the brain creates cognitive maps to help us navigate and understand our surroundings.
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A common brain circuit for creativity
Creativity in the brain is more about circuits than single regions, and brain injuries might alter creativity based on where they occur.
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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.
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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.
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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.
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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.