Thank you for presenting this topic. It really appears to me the idea of getting inspirations from neuroscience and apply them to the study of artificial neural networks. The idea of combining XdG and synaptic stabilization superises me with how much wisdom AI researchers could simulate the neuron-level activities in AI and how closely these two different field can be related. One question then came up to me: with the power of AI to simulate biological processes in human's brain, if these techniques like ANN could help simulate experiments in the unexplored fields of neuroscience study and if any inspirations from the study of AI could help advance the neuroscience study? What is your opinion of the relationship these two subjects? Thank you so much!
Thank you for presenting this topic. It really appears to me the idea of getting inspirations from neuroscience and apply them to the study of artificial neural networks. The idea of combining XdG and synaptic stabilization superises me with how much wisdom AI researchers could simulate the neuron-level activities in AI and how closely these two different field can be related. One question then came up to me: with the power of AI to simulate biological processes in human's brain, if these techniques like ANN could help simulate experiments in the unexplored fields of neuroscience study and if any inspirations from the study of AI could help advance the neuroscience study? What is your opinion of the relationship these two subjects? Thank you so much!