From a cubic millimeter of brain tissue, scientists have constructed a precise, 3D map of the activity in a mouse’s brain, ...

The astonishing map represents only 1/500 of the full volume of a mouse’s brain yet the team ended up with 1.6 petabytes of data — a staggering amount equivalent to 22 years of nonstop HD ...

Fruit flies can fly or walk forward at high speeds in a perfect straight line. That’s because, at every moment, a network of neurons in their brain detects even the slightest deviation from their path ...

This breakthrough is a critical piece of foundational science to build toward understanding how our brains process visual information to reconstruct the images we see every day. In a massive ...

Information gathered in just one cubic millimeter of a rodent’s cerebral cortex will help unravel the complex neural networks behind cognition ...

The researchers used an electron microscope to make images of each of those slices, then reconstructed the images into a composite. Seung’s team then applied artificial intelligence ... brain is about ...

Scientists at Baylor College of Medicine began by using specialized microscopes to record the brain ... pictures of each slice. Finally, another team at Princeton University used artificial ...

“It was like asking AI to do the world’s hardest colouring book,” says Collman. “You have 100 million images in three ... every neuron in the adult fly brain – a breakthrough that ...

This remarkable map represents only 1/500 of the full volume of a mouse brain, yet the team ended up with 1.6 petabytes of data – a staggering amount that equates to 22 years of uninterrupted HD video ...

This feat, part of the MICrONS Project, rivals the Human Genome Project in ambition and scope, using cutting-edge AI, microscopy ... much closer to reality. This image shows a subset of more than ...