To locate their mate, male copepods search for and follow the hydrodynamic and chemical trail of the female. When it comes to mating, tiny crustaceans called copepods are one of the most abundant multicellular organisms, said Kanso, the Zohrab Kaprielian Fellow in Engineering. Kanso would like to understand how these water flow patterns are perceived at a local level, by an organism or a bio-inspired vehicle, and decoded to ascertain what’s happening in the water at a larger scale. Just as a seagull’s footprint in the sand is different than a human’s, every moving body in the water generates a different pattern or wake based on certain factors such as the size of the body that created it or the speed at which it is moving (a fast-swimming and scared animal might generate a distinct wake by the more frequent and faster beat of its tail). Kaprelian Fellow at USC Viterbi studies fluid flows, especially, and how aquatic signals are transported through the water. Eva Kanso, professor of aerospace and mechanical engineering and Zohrab A. Can it tell us about what drives romance? Among fish, it might. How USC’s Michelson Center is like A Hollywood Buddy Movie.Can we imitate organisms’ abilities to decode water patterns for new technologies?.Revamping Chemo Scheduling Using Mathematical Modeling.What If Cool Viterbi Tech Had Amazon Pages?.Named Among “World’s Top 35 Innovators Under 35 Engineers Develop New Portable Malaria Screening Instrument.A New Type of CEO? Chief Ethics Officer.Wanda Austin: USC President For the Interim period.Haven’t You Ever Seen a Giant Floating Brain?.
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