Organic electronic materials and devices for neuromorphic display
In the digital era,the integration of high-level information has become a routine aspect of our daily lives.Display technology plays a pivotal role in human-machine interaction,and its significance requires no elaboration.However,traditional intelligent display technologies are gradually encountering challenges in meeting the demands of ever-evolving human-machine interaction scenarios.Against this backdrop,as a novel frontier research field,neuromorphic technology offers the potential to address the shortcomings of display technologies.By organically combining organic neuromorphic technology with traditional display technologies,we can fully leverage their immense advantages in sensing,driving,and emitting.Organic electronic devices possess advantages such as low fabrication costs and material diversity.They can bestow rich functionality upon neuromorphic devices constructed based on them.Consequently,neuromorphic displays are expected to become one of the crucial directions for the future development of display technology in organic electronics.They can offer superior solutions for increasingly complex human-computer interaction environments.In this review,we comprehensively summarize the latest progress of organic neural morphology technology in display technology,summarize its three important development directions in neural morphology display,and explore its state-of-the-art designs and potential future developments.
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维普
