【摘 要】
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Chemically active motion is ubiquitous in many nature and artificial systems where each unit can move directionally by converting chemical energy into kinetic energy.Since the systems are driven by activity far from equilibrium,many dynamical behaviors fo
【机 构】
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Hefei National Laboratory for Physical Sciences at the Microscale&Department of Chemical Physics,iCh
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Chemically active motion is ubiquitous in many nature and artificial systems where each unit can move directionally by converting chemical energy into kinetic energy.Since the systems are driven by activity far from equilibrium,many dynamical behaviors forbidden in equilibrium systems may be induced.Nonequilibrium dynamics of such systems is then a hot multidisciplinary topic with great challenges.Here,we review our recent theoretical advances in some fundamental problems at the single active particle level,the collective behavior level,as well as in systems where active particles act as baths.
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