Nanowires and Molecular Dyes for Artificial Light-Driven Synapses and Neurons
The development of neuromorphic computing requires devices that can use low power consumption and highly parallel architecture to process and store information, similar to the biological nervous systems. Molecular photoswitches, especially Donor–Acceptor Stenhouse Adducts (DASAs), offer a promising platform for such applications, because they undergo reversible, light-driven structural changes and
