In the summer of 1951, the whole world was in a state of excitement due to the emergence of artificial girls. Since most people¡¯s attention is attracted by the artificial war princess, no one pays attention to the progress made in other scientific research projects under the name of Lin¡¯s enterprise group. In May of this year, Lin Youde's visual technology laboratory completed the development of color picture tubes. The time was almost the same as in another time and space. The visual technology laboratory began to develop color TVs non-stop. This news was also received under the aura of the artificial warrior. It has been widely spread, especially among young people, and has received a very good response. Everyone is looking forward to the birth of color TV. In contrast, another research progress that is more important but has little to do with public life has been ignored by all the media and the public. Lin Youde¡¯s electronic instrument laboratory completed research on PN junction transistors, which means that semiconductor technology has begun to enter a true maturity period. The colorful digital era in the future will almost all be based on integrated circuits, and integrated circuits are based on PN junction transistors. Similarly, this also means that humans in this time and space have finally caught up with the development speed of electronic technology in another time and space. Lin Youde knows the significance of this thing very well. If possible, he would like to keep the secret of PN junction transistor in his own hands. But judging from the information brought back by the fox, although the Americans failed to develop the transistor in 1947 like they did in another time and space, they are not far away from doing it now. If Lin Youde wants to keep the secret at this time, the scientists will definitely be dissatisfied. Although they do not know as clearly as Lin Youde, they all realize that this thing is of great significance to human society. Many of Lin Youde's scientists are quite idealistic and are so-called "real scientists." Lin Youde's concealment of this major progress will definitely make them very dissatisfied. Lin Youde didn't want to let these people go. Moreover, even if the United States has not studied the PN junction transistor before, it can be mastered by buying Lin Youde's electronic products and doing reverse engineering. After all, the basic technology of Americans is about the same as that of Germany. Anything that Germany can make can be made in the United States. make. In short, after weighing it, Lin Youde felt that keeping it secret would do more harm than good, so he published the news of the successful development and allowed scientists from the Institute of Electronic Instruments to publish the previously suppressed paper in a German scientific journal. Then the public was completely unaware of the significance of this thing. In fact, most people didn¡¯t even know that such an invention had been completed. But it is impossible for the scientific community not to notice this result, especially scientists in the field of electronic technology. Everyone fell into an inexplicable state of madness when they received the journals that concentrated on publishing those papers. Taking advantage of the close distance, French electronic technology experts immediately came to Lin Youde to learn from him. Soon, British and American scientists also relied on the network established through academic exchanges with German scientists to try to obtain some information. Of course, they did so in the name of discussing the ideas mentioned in the paper with their German colleagues. name. The latest ones to react were probably the scientists of Xinming. At this time, Xinming¡¯s electronic technology was similar to that of Japan during World War II in another time and space, and there was still a gap between it and the advanced level. The Xinming government immediately informed Lin Youde that it hoped to transfer some Xinming trainees who were already working in Lin Youde's system to the electronic instrument laboratory. Lin Youde agreed without hesitation. In terms of the intensity of the reaction, the United States is probably the most intense. Americans have always regarded electronic systems as their strength, and have been working tirelessly to improve the performance of vacuum tubes as amplifiers. After years of improvements, several of their tube computers The performance has been greatly improved - while the size and power consumption have also become more terrible. Americans are still complacent, claiming that relying on the computing power of these big guys, the United States will continue to lead the world in science and technology, and Germany, which is looking for another way, can only be arrogant for a while. Because of this, Americans' research and development of transistors has been proceeding at a leisurely pace, with limited funding and manpower allocation. It's good now. Once the transistor came out, although it was just a transistor that could be used on a large scale at this time, the high performance of the transistor had clearly pointed out the future development direction of computer systems. When Lin Youde built the transistor computer, the Americans The lead is gone. So the Americans were anxious, and Howard Stark approached Charlotte. After obtaining Charlotte's support, he decided to request emergency funding from Congress to cope with this latest change and speed up the research and development of transistors. While the Americans were busy, Lin Youde proposed the next-stage research goal of "integrated circuits" to his scientists. Lin Youde decided to form a special research team, which included not only electronic technology but alsoExperts in the field, as well as materials experts related to the production of integrated circuits and engineering experts specializing in improving manufacturing processes. The goal of the research team is to create the first integrated circuit computer in human history. On the other hand, the task of building the first transistor computer in human history was handed over to the Electronic Computing Laboratory led by Dr. von Neumann. Many people may think that von Neumann was a master of electronic engineering. In fact, he was a mathematician. During the birth of the computer, he was mainly responsible for computer software. He completed the operating framework of the world's first computer. , the prototype of the logic schema and basic instruction set of modern computers was completed by von Neumann. At the same time, he also has extremely high attainments in automation control. Of course, great scientists are all generalists, and von Neumann was also an excellent physicist. He must know something about electronic engineering. However, based on the principle of using steel on the blade, Lin Youde did not assign Neumann to study transistors. Instead, he asked him to specialize in improving the operating logic of computers and improving computing efficiency. The Electronic Computing Laboratory led by von Neumann after the war is also currently the largest computer center in Germany. Six large-scale electron tube computers are installed in the laboratory, which is responsible for providing computing services to scientific researchers across Germany. Von Neumann has a large number of electronic engineering experts under his command, and they have accumulated considerable experience in designing and manufacturing computers. Although they need to manufacture a new transistor computer, Lin Youde believes that they can complete the task quickly and cost-effectively. "Compared with the advent of the transistor, the world's third artificial earth satellite, which was also launched this summer, is less eye-catching. Lin Youde tried to launch a reconnaissance satellite before, but the satellite's film magazine was lost during the return to Earth, and it suddenly disappeared from ground surveillance. Lin Youde then mobilized the Italian army through connections and searched for a long time on the Mediterranean Sea where the recovery was scheduled, but could not find the recovery cabin. When he was at a loss, a Chinese trainee under the name of Dr. von Karman stepped forward and pointed out that the navigation control department had made an error in calculating the return trajectory of the recovery capsule, and believed that the recovery capsule might have fallen into the Balkan Peninsula or even the Black Sea. As soon as Lin Youde heard the name of the trainee who pointed out this point, he ordered the calculation to be repeated according to the method he said. The final accurate calculation showed that the recovery capsule fell into the southern Black Sea and may have washed up on the Black Sea coast of Turkey. Fox's spies immediately took action and soon discovered the recovery cabin that had been fished out by fishermen in Turkey. When the agents arrived at the scene, the fishermen were using sledgehammers to violently open the recovery cabin, but the outer shell of the recovery cabin protected the products made in Germany. His reputation has only been hit with a few dents. The agents decisively bought the recovery cabin, opened it on the spot and took out the film inside, and then sent the film and the recovery cabin body back to Germany separately. Lin Youde couldn't help but admire. It was indeed said that one person was as powerful as five US military divisions. It's no wonder that in another time and space, he was able to cultivate a large number of the world's top talents on his own. In another time and space, China has a huge advantage in the orbit calculation of aircraft. When the Shenzhou spacecraft returned, the landing point calculation was very precise. The recovery force on the ground only had a few off-road vehicles and a few helicopters, while the recovery of the Russian Soyuz at the same time was More trouble. As for the United States, before the use of space shuttles with the ability to fly within the atmosphere, their spacecraft recovery was directly based on the Pacific Ocean as the recovery area, dispatching aircraft carrier battle groups to pull nets in the Pacific to find spacecraft In short, that experiment In addition to allowing future aerospace giants to show their talents in advance, the spy satellite's remaining significance is to discover loopholes in Germany's space recovery technology. The film sent back in the end did not play any role, because after developing it, scientists discovered that the satellite's lens may have vibrated during the launch process. The focus was blurred, and the automatic adjustment system did not work. And this time, Lin Youde launched a communication experimental satellite. After the satellite was launched, it successfully established a short-term communication link between Lin Youde's headquarters and the temporary base station built by the African Army. Although it only takes a few minutes to establish contact, this is already a huge improvement. From these short ten minutes, we can get a glimpse of the tip of the iceberg of future communication technology. Science is advancing step by step, and Lin Youde can truly feel that he is one step closer to the journey to the stars and the sea. He has already advanced the time for the first satellite to go into space by many years. Next, he will make a big step forward for the time for the first astronaut to go into space. The ultimate goal is to land on the moon before 60 years and bring mankind to the forefront. Ten years ahead of schedule. These are all"Youde has "seen" things in another time and space. After landing on the moon, he will enter a realm that he has not seen in another time and space. Lin Youde is looking forward to that day. (This monthly ticket is too powerful, what the hellisn't this forcing me not to go to Tiandao today)