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U-M study: Using tweezers to control active fluids

U-M study: Using tweezers to control active fluids
umich.edu - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from umich.edu Daily Mail and Mail on Sunday newspapers.

United statesCristina marchettiLuca scharrerSuraj shankarMark bowickUniversity of chicagoProceedings of the national academy sciencesUniversity of california santa barbaraUniversity of michiganAiguamolls del emporda nature parkNational academyCalifornia santa barbara

Study: Using tweezers To Control Active Fluids

Study: Using tweezers To Control Active Fluids
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United statesMark bowickSuraj shankarCristina marchettiLuca scharrerUniversity of california santa barbaraProceedings of the national academy sciencesUniversity of chicagoUniversity of michiganNational academyCalifornia santa barbara

Managing Active Fluids Chaos

Managing Active Fluids Chaos
miragenews.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from miragenews.com Daily Mail and Mail on Sunday newspapers.

United statesSathya guruswamyLuca scharrerSuraj shankarMark bowickCristina marchettiSanta barbaraCollege of creativeUniversity of michiganKavli institute for theoretical physicsUniversity of chicago uchicagoProceedings of the national academy sciencesNational academyTheoretical physicsCreative studies

Researchers show how to use topological tweezers to control active fluids

University of Michigan physicists have devised a way to manipulate active fluids, a type of fluid composed of individual units that can propel themselves independently, by taking advantage of topological defects in the fluids.

United statesCristina marchettiMark bowickLuca scharrerSuraj shankarUniversity of california santa barbaraUniversity of michiganProceedings of the national academy sciencesUniversity of chicagoNational academyCalifornia santa barbara

CUHK Physicists Discover New Route to Active Matter Self-Organisation Provides New Directions on Fabricating Self-driven Devices and Microbial Physiology

CUHK Physicists Discover New Route to Active Matter Self-Organisation Provides New Directions on Fabricating Self-driven Devices and Microbial Physiology An international team led by Professor Yilin Wu, Associate Professor of the Department of Physics at The Chinese University of Hong Kong (CUHK) has made a novel conceptual advance in the field of active matter science. The team discovered a new route in which the self-organisation of active fluids in space and time can be controlled by a single material property called viscoelasticity. This new finding may pave the way for fabricating a new class of self-driven devices and materials, such as the ability to control the rhythmic movement of soft robots without relying on electronic circuits, and for the study of microbial physiology. It has been published in the scientific journal Nature.

United statesSouth koreaHong kongIsong liuCristina marchettiSanta barbaraSuraj shankarProfessor of the university californiaJunior fellow of harvard universityNational natural science foundation of chinaInstitute for basic science in koreaResearch grants council of hong kongResearch committeeBasic scienceJunior fellowResearch grants council