Neural circuit mechanisms of the processing of numbers and sequences

我研究了数字处理的神经回路机制，例如感觉刺激的数量和通过计算建模的顺序动作的规划/执行，并提出了关于单个皮质锥体神经元的详细特性的可能性的具体模型，特别是树突分支上的非线性输入整合和合作可塑性诱导，以及短期突触可塑性，对数字的处理和顺序动作的计划/执行有很大的贡献。

I have studied neural circuit mechanisms of the processing of numbers such as the numerosity of sensory stimuli and the planning/execution of sequential actions through computational modeling, and have proposed specific models on the possibility that detailed properties of individual cortical pyramidal neurons, in particular, nonlinear input integration and cooperative plasticity induction on the dendritic branches, as well as short-term synaptic plasticity, significantly contribute to the processing of numbers and the planning/execution of sequential actions.