Name: 研究植物计算与交流能力的电学实验
Uploaded: 2017-10-10T14:53:35Z
Duration: 9 min 20 s
Description: 神经学家格雷格▪盖奇采用先进设备进行大脑研究，并将之带到初高中的课堂上（有时, 是TED讲台）。他将含羞草（一种叶片被碰触后可以收缩的植物）和捕蝇草连接到记录仪，向我们展示了植物是如何通过电信号来传递信息，快速移动甚至计数，准备好大吃一惊吧！

神经学家格雷格▪盖奇采用先进设备进行大脑研究，并将之带到初高中的课堂上（有时, 是TED讲台）。他将含羞草（一种叶片被碰触后可以收缩的植物）和捕蝇草连接到记录仪，向我们展示了植物是如何通过电信号来传递信息，快速移动甚至计数，准备好大吃一惊吧！

研究植物计算与交流能力的电学实验

Plants like the Venus flytrap and Mimosa pudica don't have brains, but they harness electrical signals to process information and respond to their environment. The Venus flytrap can count touches on its trigger hairs, closing only when two occur within seconds, saving precious energy. Scientists have even connected these signals between plants, making one plant react to the other's stimulus. These discoveries reveal that plants use electrical communication in surprisingly complex ways, blurring the line between plant and animal intelligence.