联想学习假设认为镜像神经元是从经验中产生的。 当您学习一种动作并看到其他人执行类似的动作时,您的大脑就会学会将这两个事件联系在一起。 镜像神经元最早是在1992年描述的,当时由贾科莫·里佐拉蒂(Giacomo Rizzolatti)领导的一组神经科学家记录了猕猴大脑中单个神经元的活动,并发现当猴子执行某些动作(例如抓食物)并观察到猴子时,相同的神经元会激发 执行相同动作的实验者。 里佐拉蒂的发现在运动前皮层(大脑的一部分,有助于计划和执行运动)中发现镜像神经元。 随后的研究也大量研究了下顶叶皮层,这有助于编码视觉运动。

新加坡国立大学Social policy论文代写:执行相同动作

The association learning hypothesis holds that mirror neurons are generated from experience. When you learn an action and see other people perform similar actions, your brain learns to tie the two events together. Mirror neurons were first described in 1992, when a group of neuroscientists led by Giacomo Rizzolatti recorded the activity of individual neurons in the brain of macaques and found that when monkeys perform certain actions ( For example, when catching food and observing a monkey, the same neurons will trigger the experimenter performing the same action. Rizzolati’s discovery found mirror neurons in the premotor cortex (a part of the brain that helps plan and perform exercise). Subsequent studies have also extensively studied the lower parietal cortex, which helps to encode visual motion.

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