Co-flowing liquids can stabilize chaotic “whipping” in microfluidic jets

Image shows a jet exhibiting chaotic whipping as it emerges from a needle in a microfluidic device. (Credit: Josefa Guerrero)
Sep 08, 2014 - Atlanta, GA
Researchers have now learned to control the chaotic structure that results from microfluidic jets..

Robot Helps Study How First Land Animals Moved 360 Million Years Ago

Researchers studied the motion of mudskippers to understand how early terrestrial animals might have moved about on mud and sand, including sandy slopes. This animal was photographed at the Georgia Aquarium in Atlanta.  (Credit: Rob Felt, Georgia Tech)
Jul 07, 2016 - Atlanta, GA
A new study used a robot to help understand how the first land animals moved about.
Subscribe to School of Physics