HIGHLIGHTS
- who: July and collaborators from the Princeton University, United States have published the article: Boundaries control active channel ows, in the Journal: (JOURNAL)
- what: The authors first introduce the hydrodynamic model and the boundary conditions used in the channel geometry. The authors focus on extensile active forces which are relevant to most bacteria. Below the authors focus on the √ dynamics of the ordered state with c > c0 and p a/b ^y. To classify such dynamical states, the authors examine the velocity correlation function parallel to the channel, defined as ^ is a unit normal pointing . . .
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