text:   microfluidic networks",2,"['Our Science Advances paper “Spontaneous Oscillations and Negative-Conductance Transitions in Microfluidic Networks” is now in the arXiv: <LINK>\n\nIt is all about networks designed to exhibit nonlinear behaviors that enable new built-in flow control capabilities. <LINK> <LINK>', 'These network are shown to exhibit oscillatory output patterns, bistable flow states, hysteresis, signal amplification, and negative-conductance transitions, all without reliance on dedicated external control hardware, movable parts, flexible components, OR oscillatory inputs!']",20,06,552