Howard Hughes Medical Institute (HHM) Investigator Mark Schnitzer and his team have tracked the activity of single neurons across the entire visual cortex in mice, unveiling how the brain processes visual information at a breadth and resolution never seen before.
- Recognition of outstanding contributions to inventing a prototype for the core technology of today's AI and making an autonomous mobile robot practical -TOKYO, Oct 12, 2021 - (JCN Newswire) - The NEC
The Atlantic
Neuroscientists Have Discovered a Phenomenon That They Can’t Explain
“Scientists are meant to know what’s going on, but in this particular case, we are deeply confused.”
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Carl Schoonover and Andrew Fink are confused. As neuroscientists, they know that the brain must be flexible but not
too flexible. It must rewire itself in the face of new experiences, but must also consistently represent the features of the external world. How? The relatively simple explanation found in neuroscience textbooks is that specific groups of neurons reliably fire when their owner smells a rose, sees a sunset, or hears a bell. These representations these patterns of neural firing presumably stay the same from one moment to the next. But as Schoonover, Fink, and others have found, they sometimes don’t. They change and to a confusing and unexpected extent.