相关与反相关的密度依赖运动性
Correlated and anti-correlated density dependent motility
AI总结：
本文通过模拟研究了密度依赖运动性规则下粒子系统在相关与反相关情况下的稳态行为及相变特性。
摘要：
我通过兰格万动力学模拟研究了两种相反情况的粒子系统，这些系统根据密度依赖运动性（DDM）规则交替身份，并通过软排斥势相互作用。在相关情况下，稀疏区域是被动的，密集区域是活跃的；而在反相关情况下，稀疏区域是活跃的，密集区域是被动的。我分类了出现的稳态，解释了主要的相变，并最后提出了进一步研究的方向。
英文摘要：
I study via Langevin dynamics simulations two opposite cases of systems of particles that alternate their identity according to density dependent motility (DDM) rules and interact via a soft repulsive potential. In the correlated case, dilute regions are passive and dense regions are active, while in the anti-correlated case, dilute regions are active and dense regions are passive. I classify the emerging steady states, explain the principal phase transitions, and finally suggest directions for further investigation.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
