Schooling Fish Show Light-Driven Changes in Collective Behavior
Dr. Guy Theraulaz's team found that light intensity tunes the strength and range of social interactions in rummy-nose tetras, shifting how their schools move as a group.
Features based on peer-reviewed papers published in PLOS Computational Biology.
Dr. Guy Theraulaz's team found that light intensity tunes the strength and range of social interactions in rummy-nose tetras, shifting how their schools move as a group.
Professor John Lowengrub's team found that the ion channel PIEZO1 suppresses the leader cells that guide skin cells across a wound, slowing coordinated closure in experiments and simulations.