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What crying baby mice could teach us about human speech

Scientists have found a cluster of rhythmic brain cells in newborn mice that may explain why spoken languages around the world share a common tempo.

California
United-states
San-francisco
Kevin-yackle
David-poeppel
University-of-california
York-university
New-york-university

What crying baby mice could teach us about human speech

Scientists have found a cluster of rhythmic brain cells in newborn mice that may explain why spoken languages around the world share a common tempo.

California
United-states
San-francisco
Kevin-yackle
David-poeppel
University-of-california
York-university
New-york-university

What crying baby mice could teach us about human speech

Scientists have found a cluster of rhythmic brain cells in newborn mice that may explain why spoken languages around the world share a common tempo.

California
United-states
San-francisco
Kevin-yackle
David-poeppel
University-of-california
York-university
New-york-university

What crying baby mice could teach us about human speech

Scientists have found a cluster of rhythmic brain cells in newborn mice that may explain why spoken languages around the world share a common tempo.

California
United-states
San-francisco
Kevin-yackle
David-poeppel
University-of-california
York-university
New-york-university

What crying baby mice could teach us about human speech

When baby mice cry, they do it to a beat that is synchronized to the rise and fall of their own breath. It's a pattern that researchers say could help

California
United-states
San-francisco
Kevin-yackle
David-poeppel
University-of-california
York-university
New-york-university

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