Our highlight paper on Disease transmission via drops and bubbles published in Physics Today, discusses how a rich physics of fluids interacts and shapes organism dispersal, for example, how bubbles can be made to live longer due to universal physically or biologically-induced Marangoni effects that end up having profound effects on the transport of life & diseases! More here and on our body of work on bubbles at the interface, their lifetimes in a range of conditions, and their interaction with biology here.