Piezotronic Synapse Based on a Single GaN Microwire for Artificial Sensory Systems.Tactile information is efficiently captured and processed through a complex sensory system combined with mechanoreceptors, neurons, and synapses in human skin.  Here, we present a piezotronic synapse based on a single GaN microwire that can simultaneously achieve the capabilities of strain sensing and synaptic functions. 
GaN microwire
Piezotronic Synapse Based on a Single GaN Microwire for Artificial Sensory Systems.Tactile information is efficiently captured and processed through a complex sensory system combined with mechanoreceptors, neurons, and synapses in human skin.  Here, we present a piezotronic synapse based on a single GaN microwire that can simultaneously achieve the capabilities of strain sensing and synaptic functions. 
GaN microwire
Piezotronic Synapse Based on a Single GaN Microwire for Artificial Sensory Systems.Tactile information is efficiently captured and processed through a complex sensory system combined with mechanoreceptors, neurons, and synapses in human skin.  Here, we present a piezotronic synapse based on a single GaN microwire that can simultaneously achieve the capabilities of strain sensing and synaptic functions. 
GaN microwire
Piezotronic Synapse Based on a Single GaN Microwire for Artificial Sensory Systems.Tactile information is efficiently captured and processed through a complex sensory system combined with mechanoreceptors, neurons, and synapses in human skin.  Here, we present a piezotronic synapse based on a single GaN microwire that can simultaneously achieve the capabilities of strain sensing and synaptic functions. 
GaN microwire
Piezotronic Synapse Based on a Single GaN Microwire for Artificial Sensory Systems.Tactile information is efficiently captured and processed through a complex sensory system combined with mechanoreceptors, neurons, and synapses in human skin.  Here, we present a piezotronic synapse based on a single GaN microwire that can simultaneously achieve the capabilities of strain sensing and synaptic functions. 
GaN microwire
Piezotronic Synapse Based on a Single GaN Microwire for Artificial Sensory Systems.Tactile information is efficiently captured and processed through a complex sensory system combined with mechanoreceptors, neurons, and synapses in human skin.  Here, we present a piezotronic synapse based on a single GaN microwire that can simultaneously achieve the capabilities of strain sensing and synaptic functions. 
GaN microwire