Wet-Neuromorphic Computing: A New Paradigm for Biological Artificial Intelligence
IEEE Intelligent Systems（2025）
Key words
Paradigm Shift,Neural Network,Pattern Recognition,Regulatory Network,Cell Biology,Gene Regulatory Networks,3D Organoids,Wet-lab Experiments,Neuromorphic Computing,Form Of Intelligence,Environmental Changes,Synaptic Plasticity,Artificial Neural Network,Growth Curve,Microfluidic,Sensory Neurons,Random Networks,Random Structure,Chemical Stimuli,Spiking Neural Networks,Cerebral Organoids,Spike-timing-dependent Plasticity,Microelectrode Arrays,Gated Recurrent Unit,Genetic Circuits,Neuromorphic Systems,Development Of Artificial Intelligence,Microphysiological Systems,Synaptic Weights,Gene-gene Interactions
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