Fast-tracked treatmentsWe think a cancer drug could beat yet another disease. >
Building our homeWe think one of the trendiest colleges should have the hippest new hangout. >
A smoother ride.We think a shifty substance can patch potholes. >
Urban revivalWe think great research can help grow our city. >
Natural lessonsWe think tiny creatures can teach us flight—and more. >
Critical care, anywhereWe think patients needn’t wait to get to the hospital for help. >
Whole-body well-beingWe think brighter smiles mean stronger joints. >
Safer seasWe think our law classrooms can create calmer waters. >
Education abroadWe think global business is best understood beyond our borders. >
A new hubWe think a center space will enhance our community. >
What’s nextWe think about what our new students will achieve. >
Natural lessonsWe think tiny creatures can teach us flight—and more.
To build an unbeatable mini-plane, researchers at Case Western Reserve turned to one of nature’s most modest creatures: the moth.
With a six-inch wingspan, moths fly fast, make sharp turns, dive, hover and fly backward—feats that small manmade vehicles regularly flub. Through collaborations with the U.S. Air Force, Case Western Reserve researchers are convinced man-made moth models could become actual fly-on-the-wall spies.
But the moth isn’t the only tiny creature to inspire. Scientists discovered an insect’s own internal body chemistry can be converted to electricity. Others are testing artificial nervous systems modeled after those of cockroaches. And another team is working to create an earthworm robot that can creep through water mains to search for leaks.
Sometimes the best way to make a big breakthrough is to leave the lab—and see what’s outside in an entirely new light.
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