How flamingos stir, stomp, and chatter to bend flow and trap prey
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Cells that you can command with a flashlight
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How a human can create the biggest splash
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These bugs use wax ‘tails’ to stabilize their ultrafast jumps
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How can worms and robots jump when they don’t have any legs to stand on?
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A centuries old farming practice informs our knowledge of control theory
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Unveiling the behavior and fluid dynamics one of the tiniest water striders
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3D print our projects and learn about bird morphology with your kids and family
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Coming Soon!
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A microscope that tracks for you
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Unifying fluid excretions from cicadas to elephants
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Your new ‘lab-in-a-backpack’
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Cells that contract in the blink of an eye, without ATP
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Come do biomechanics in the Peruvian Amazon Rainforest!
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Active string theory reveals how worms untangle Gordian Knots in milliseconds
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How blinking fish can teach us about how our own ancestors evolved from water to land!
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Insects superpropel their urine to save energy!
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Super tiny, super fast hexapod jumpers that inspire the design of jumping micro-robots
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The stuff of science fiction. Worm as entangled active matter that inspire swarm robotics
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Oh, snap! The science behind the fastest movement the human body can produce
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