Bioinspired photoreceptor and smart neural mimicking technologies

该项目旨在解决有关生物启发的人工光感受器和神经模拟技术的基本问题，这些技术精确地模拟光感受器的光捕获能力、视网膜神经节细胞的处理和神经元的功能。这有望在生物工程光电系统中产生新的基础和应用知识。该项目的预期成果包括在原子水平上具有定制特性的新材料，用于在不同光刺激波长下动态控制电流。这将提供显著的好处，例如新的先进材料驱动的智能架构，克服了下一代智能技术的固态系统的局限性。

The project aims to address fundamental questions regarding bioinspired artificial photoreceptors and neural-mimicking technologies that precisely mimic light capture abilities of photoreceptors, processing of retinal ganglion cells and functionalities in neurons. This is expected to generate new fundamental and applied knowledge in bioengineered optoelectronic systems. Expected outcomes of the project include new materials with tailored properties at an atomic level for dynamic control of current under different light stimulus wavelengths. This should provide significant benefits such as new advanced materials driven smart architectures that overcome limitations of solid-state systems for next generation of smart technologies.