Charge transport in organic semiconductors is often described by localized charge hopping or band‐theory models. In article number 2000093, using advanced atomistic computer simulations, Jochen Blumberger and co‐workers show that in high‐mobility organic semiconductors, charge carriers form flickering polarons—highly dynamic quantum objects delocalized over many molecules but finite in size due to thermal disorder.

中文翻译：

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电荷传输：延伸超过10纳米的闪烁极化子介导高迁移率有机晶体中的电荷传输（Adv。Theory Simul。9/2020）

有机半导体中的电荷传输通常用局部电荷跳跃或能带理论模型来描述。Jochen Blumberger及其同事在编号2000093的文章中使用先进的原子计算机模拟显示，在高迁移率的有机半导体中，载流子形成了闪烁的极化子-高动态量子物体在许多分子上离域，但由于热失调而尺寸有限。