The chips made of silicon wafers are known as "divine calculators" with astonishing computing power. No matter how complex mathematical, physical, and engineering problems are, and no matter how much computational workload is, as long as the staff tells the problem through the computer keyboard and gives the solution ideas and instructions, the computer can tell you the answer in a very short time. In this way, computers may only take a few minutes to solve problems that require years or decades of manual computation. Even for problems where human resources cannot calculate the results, computers can quickly tell you the answers.
The unparalleled power of microelectronics technology in aerospace, national defense, and industrial automation is a well-known fact. Under the control of large electronic computers, unmanned aircraft can freely fly in the blue sky; Artificial satellites, spacecraft, and space shuttles can accurately lift off, fly, locate, and automatically send back various information to the ground. Under the command of electronic computers, artillery and missiles can fire flawlessly, accurately hit targets, and even accurately hit rapidly moving targets in the air, including enemy missiles in flight. The widespread use of computers and various sensing technologies in industry can save manpower, improve automation and processing accuracy, and greatly improve labor production efficiency. Robots have emerged in many industrial fields. They not only work tirelessly, but also work quickly and with high accuracy. They can even take the lead in some high-temperature, underwater, and dangerous work sections, and move forward without hesitation. Intelligent robots are also beginning to show extraordinary skills. Effective organizational coordination and strong shooting awareness are both admirable. Defeated the world's top super chess master. Its exciting performance indicates that intelligent computers have reached a new stage of development.
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