Developing tunable triplet emitters towards adaptive electroluminescent materials (A04)

将光致发光金属有机配位化合物附着在金属纳米颗粒上或嵌入软聚合物基质中构成的发光材料将得到发展。它们将受到各种外部刺激的控制并适应这些刺激，如光、温度、压力、机械力和电化学电位。反过来，这些功能将使它们能够充当环境变化的传感器。从长远来看，开发的概念将通过嵌入纳米光子矩阵并集成到神经形态架构中来实现颜色编码的信息存储和处理。

Light-emitting materials composed of photoluminescent metal-organic coordination compounds attached to metal nanoparticles or embedded in soft polymeric matrices will be developed. They will be controlled by and adapt to a variety of external stimuli such as light, temperature, pressure, mechanical force, and electrochemical potential. In turn, these features will enable them to act as sensors of environmental changes. In the long term, the developed concepts will enable color-coded information storage and processing by embedment in nanophotonic matrices and integration into neuromorphic architectures.