Robot Wang Qing

In 2016, Qingcheng No. 1 Middle School. In the freshman physics class, Wang Qing stood up and interrupted the teacher: "The boundary condition assumption in your third step is valid at low speeds, but does not apply when approaching the speed of light." From then on, he got a nickname - robot. I only eat bread for lunch, saying "the marginal utility of taste diminishes quickly"; I have three solutions to each question in my homework; I always get stuck for five seconds when answering questions; I never smile when taking pictures. No one knew that what this boy, who was regarded as a freak by the whole class, wrote on the scratch paper was a partial derivation of the grand unified theory. Then he met five people: Liu, a sports student with a height of 185cm, has a hand feeling accuracy of ±0.02Mm. Xu Shao, a second-generation rich man, has a five-axis machine tool at home and dares to mark ±0.005Mm. Information hunter Aze teaches himself English in order to understand papers Social center whispers, "Wang Qing's instruction manual" for the whole class There was also the transfer girl Lin Lan, who graduated from China University of Science and Technology at the age of eleven. She looked at Wang Qing's draft paper and wrote four words in her notebook: Diary, easy to use. Six people were working on "figures" in the garage. From a magnetic ball suspended three centimeters, to a purely mechanical exoskeleton, to the first brick on the moon, to the Baidi aerial fighter jet. Someone asked Wang Qing: "What did you think when you said, 'My people cannot be replaced'?" He thought for a long time: "I didn't think much about it. This exoskeleton was made by six people. If you replace any one of them, it won't be possible." From the garage to the moon, from 3 centimeters to 380,000 kilometers. A high school student's scratch paper became the first brick on the moon.