论文标题
聚合物临界点起源于布朗非高斯扩散
Polymers critical point originates Brownian non-Gaussian diffusion
论文作者
论文摘要
我们证明了接近聚合物临界点的大小波动源于其质量中心的非高斯扩散。静态通用指数$γ$和$ν$ - 取决于聚合物拓扑，在嵌入空间的尺寸以及平衡阶段 - 同意确定动态响应的潜在差异，这是由质量kurtosis的中心表现出来的。简要概述了该结果带来的实验和随机建模的前景。
We demonstrate that size fluctuations close to polymers critical point originate the non-Gaussian diffusion of their center of mass. Static universal exponents $γ$ and $ν$ -- depending on the polymer topology, on the dimension of the embedding space, and on equilibrium phase -- concur to determine the potential divergency of a dynamic response, epitomized by the center of mass kurtosis. Prospects in experiments and stochastic modeling brought about by this result are briefly outlined.
