We report the exciting discovery of the surface modification of carbon dots drives the construction of an assembly asymmetric environment to realize a full-color circularly polarized luminescence (CPL) in the aggregated state. Moreover, we explore panchromatic as well as white-light CPL applications of light emitting diodes and large flexible optical films, which provide new material strategies for virtual reality, medical imaging, and scientific visualization, among others.

中文翻译：

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氢键诱导的功能化碳点的柔性和扭曲自组装与定制颜色圆偏振发光


我们报道了碳点表面改性的激动人心的发现，推动了组装不对称环境的构建，以实现聚集状态下的全彩圆偏振发光 （CPL）。此外，我们还探索了发光二极管和大型柔性光学薄膜的全色和白光 CPL 应用，为虚拟现实、医学成像和科学可视化等提供了新的材料策略。