Micrometer-scale pores with rippled graphene rims exhibit pronounced ionic memristive behavior and synaptic plasticity, enabling scalable neuromorphic fluidic circuits.
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Rippled graphene pores as fluidic memristive devices with synaptic and neuromorphic functionalities
Micrometer-scale pores with rippled graphene rims exhibit pronounced ionic memristive behavior and synaptic plasticity, enabling scalable neuromorphic fluidic circuits.