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Ultraviolet-driven metal oxide semiconductor synapses with improved long-term potentiation

Shuwen Xin, Yu Chang, Ruifu Zhou, Haofei Cong, Lingyan Zheng, Yuxiao Wang, Yuanbin Qin, Peilong Xu, Xuhai Liu, Fengyun Wang

2022Journal of Materials Chemistry C35 citationsDOI

Abstract

We fabricated bio-inspired synaptic transistors based on one dimensional InZnO nanowires, which can be effectively tuned by ultraviolet laser to achieve hour-scale long-memory retention of long-term potentiation.

Topics & Concepts

Long-term potentiationMaterials scienceUltravioletOptoelectronicsOxideSemiconductorTransistorLaserNanotechnologyElectrical engineeringOpticsMetallurgyBiologyVoltageEngineeringBiochemistryPhysicsReceptorAdvanced Memory and Neural ComputingNeural Networks and Reservoir ComputingPhotoreceptor and optogenetics research
Ultraviolet-driven metal oxide semiconductor synapses with improved long-term potentiation | Litcius