Neuroscientists have uncovered how a small network of neurons in fruit flies accurately maintains an internal compass, defying previous theories that required large networks for precision. This new understanding reveals that small networks, when carefully connected, can perform complex tasks like tracking spatial orientation.
Neuroscientists have uncovered how a small network of neurons in fruit flies accurately maintains an internal compass, defying previous theories that required large networks for precision. This new understanding reveals that small networks, when carefully connected, can perform complex tasks like tracking spatial orientation.
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