1966: Technology Reaches Its Peak

In 1966, a drawing that should not exist was stuffed in the bottom case of a Minsk M-22 oscilloscope. On it is an integrated circuit topology that will only be available in 2026, signed: A·L. In 2026, there was a fire in the Xinghai intelligent computer room. In order to protect the computing cluster, trainee engineer Lu Zheng was buried in the sea of ​​​​fire by the collapsed cabinet. When he opened his eyes again, he was a technician at the third-tier Hongyun Electronics Factory in southwest China in 1966. On his left wrist, there was a burn scar from his previous life. That year, the Soviets clamored to be the first to land on the moon, and the Americans burned $25 billion on the Apollo program. In his hands, he holds the technological roadmap for the next sixty years. There is no system, no panel, and no golden finger mall. Just a brain and a bunch of technology that no one believes in. They said: The foreign equipment had been broken for three years, and even Soviet experts could not repair it. He spent one night lighting up the oscilloscope. They said: Semiconductors are the knowledge of foreigners. As a young man with unclear background, what do you know? He casually drew the chip of the next era. From a broken oscilloscope to integrated circuits, computers, satellites, networks, and AI—every step has climbed under the eyes of the U. S. And Soviet blockades and intelligence agencies. Until the U. S.-Soviet joint assessment team bowed its head and admitted: The technological generation gap cannot be bridged. No. 1 In the world. The kind that makes no difference. But who drew that 1961 drawing? Why is it his own voice coming out of side B of the tape? 1961 Is not the end. 1966 Is just the beginning.