How a crow’s quarter-second choice takes shape in its brain
Moving dots let researchers connect what two crows could see, how quickly they answered and the brain signals that preceded their choice.
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Moving dots let researchers connect what two crows could see, how quickly they answered and the brain signals that preceded their choice.
Continue reading →A light-sensitive protein lets researchers change selected nerve cells’ activity, helping reveal how brain signals contribute to memories, feelings and behavior.
Continue reading →Virtual schools and recordings from thousands of neurons show how glassfish can react to danger they never directly saw.
Continue reading →Matching activity networks and white-matter geometry revealed large-scale correspondences—but each colorful map rests on measurements, modeling choices and important limits.
Continue reading →Gene knockdowns suggest that planarians use overlapping molecular instructions to make dopamine-producing neurons and place them in the correct nervous-system regions.
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