The advancement of new‐generation complex integrated responsive systems depends on the progress in the development of functional stimuli‐responsive polymer components that could be put together and engineered to perform in concert as an ensemble. This progress report highlights recent substantial progress in the development of such soft‐matter components capable of changes according to preprogrammed scenarios. The components interact via interfaces that play a key role in the performance of the microstructured materials. The list of the most important properties that can be changed by altering the interfaces upon external stimuli includes gating, transport, release, wetting, adhesion, and self‐regeneration (healing) realized in different architectures of soft stimuli‐responsive materials.

中文翻译：

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预编程的动态微结构化聚合物界面

新一代复杂的集成响应系统的发展取决于功能性刺激响应性聚合物组件的开发进展，这些组件可以组合在一起并进行工程设计以共同发挥整体效果。该进度报告重点介绍了可以根据预先编程的方案进行更改的此类软性组件的开发方面的最新实质性进展。组件通过在微结构材料的性能中起关键作用的界面相互作用。可以通过改变外部刺激界面来改变的最重要的属性列表包括门控，运输，释放，润湿，粘附以及在不同结构的软刺激响应材料中实现的自我再生（修复）。