For inorganic material self-assembly, chiral communication generally aims at transferring and amplifying chirality from the molecules to the superstructure. The demanding fabrication and complex structure seriously hinder understanding the mechanism of chiral transfer and superstructure formation. In this work, we use a simple and mild synthesis method to demonstrate the evolution of the morphology and chirality of hierarchical superstructures.

中文翻译：

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CuO 超结构中的自组装机制和手性传递

对于无机材料自组装，手性通讯通常旨在将手性从分子转移和放大到上层结构。苛刻的制造和复杂的结构严重阻碍了对手性传递和上层建筑形成机制的理解。在这项工作中，我们使用简单温和的合成方法来证明分级超结构的形态和手性的演化。