✉news SciencePhysics first seen 1 d ago, last 13 h ago, peak #5
Active turbulence explained as a non-equilibrium phase transition
Original: Fully developed active turbulence defined through a non-equilibrium phase transition
A study published in Nature defines fully developed active turbulence through a non-equilibrium phase transition, providing a new framework for understanding chaotic flows in active matter such as bacterial suspensions and cellular assemblies. The work links the onset of turbulence in these systems to phase transition physics, and it is drawing attention among researchers studying collective behaviour and non-equilibrium systems.
Why now: A new Nature paper offers a fresh theoretical framework that researchers in physics and active matter are discussing.
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