In the Red Era, the Beginning of University Speech

Recently I have become obsessed with this kind of book about industrial development and national science and technology in the early days of the founding of the People's Republic of China.

Is it useless to understand how capable you are? It's only for educated people like you, so it's useless

You are a top student in Chinese literature, but you end up living in a quadrangle, then doing shit every day, playing chess and basketball, and you can still go to Sanjiang.

There are very few that were worn before the catastrophe. This reminds me of a joke: I joined the National Army in 1949. . . .

Standardized factory 6S management Quality inspection team construction High-quality tools Casting machines Materials If you don't do it well, if there is one link missing, you will not be involved in the military industry. Before the Vietnam War, the army was really not even qualified for firearms 🤫 If you want to directly engage in information operations, you must first develop communication chips, not to mention cameras, and optical lenses. With high-definition cameras and mobile communications, we don't need drones. Hot air balloons and airships can scare the shit out of the United States and Big Brother. Then bring out sonar. Let's put it this way. Tiangong, oceans, and radar can make all borders unilaterally transparent.

At the very least, in the past few years of 1959-60-61, you couldn't even afford to eat. What could you do if you invented this or that advanced thing? Do you have the money to build a factory and produce it? Produced and sold to whom? Who can afford it? Is there an application environment?

No original memory, black and white photos on the wall.

Time travel to 1960, who will die if you don't die in the future? It's like this

This book gave me the feeling that the setting in the front was wrong, and everything in the back was wrong.

What do you think about manufacturing small drones in the 1960s?

To be honest, current agriculture is a mess. I entered the agriculture major with admiration for Mr. Yuan and others, and with the idea of ​​writing my thesis on the earth, I worked in the fields exposed to wind, sun, and rain. However, when I graduated, I was found to be at the bottom in terms of salary 😰

Oh, I found it again. Goldfinger is too password-protective. It's just that I can contact people decades in the future, but he's still an American! Sha Cha Diao! How could someone from China help you?

The J-10's statically unstable design requires fly-by-wire flight control. How do the author brothers plan to solve it? At least it needs digital fly-by-wire flight control, right? There is no need to consider the analog type. Without fly-by-wire flight control, you can't even fly the J-10. How to solve the problem of airborne avionics equipment that is the third generation in my country and the fourth generation abroad? Airborne radar must at least be equipped with a passive phased array radar, right? How do the author brothers plan to implement gallium arsenide T/R components? When neither the pulse Doppler radar nor the flat slot antenna is selected, the protagonist has to copy the radar alone? Is the IRST system built? The protagonist has to come up with the energy mobility theory, right? Should the J-10 be used as an interceptor or as an air superiority fighter? There has to be a basic positioning, right? This positioning is directly reflected in the design idea of ​​the fighter jet. As for recording weapons, have you ever thought about it? You can't just fight with bayonets in the air, right? Short-range infrared combat missiles and medium-range active-semi-active radar-guided air-to-air missiles need to be built, right? Without these, what is the use of third-generation machines? The engine must be a turbofan, right? You can't fool me with a turbojet anymore, right? Not to mention the performance, the AL-31FN is at least at the level of the F100-PW-100, right? Aviation Engine is not called the flower of industry for nothing. Just one core machine is enough for the main character to work on. It won't take five or six years to grind out a core machine. What about aviation materials and processing equipment? How did the author brothers break the situation? Brother, author, learn about flexible tooling technology, aviation long bed equipment, shot peening technology, vacuum melting technology, investment casting technology, directional solidification technology, superplastic forming technology, powder metallurgy technology, precision casting, precision forging, precision spinning, vacuum welding, electrical machining, laser processing, etc. You can learn more about it. Without these advanced aviation manufacturing processes and technologies, would it be possible to build a third-generation J-10 aircraft purely by hand-filing by level 9 fitters?

History of the development of integrated circuits in the world 1947: John Bardeen, Brattain, and Shockley of Bell Labs in the United States invented the transistor, which was the first milestone in the development of microelectronics technology; 1950: The junction transistor was born 1950: R Ohl and Shockley invented the ion implantation process 1951: The field-effect transistor was invented 1956: C S Fuller invented the diffusion process 1958: Robert Noyce of Fairchild Corporation and Kilby of TI Corporation invented the integrated circuit a few months apart, creating the history of world microelectronics; 1960: H H Loor and E Castellani invented the photolithography process 1962: The American RCA Company developed the MOS field effect transistor 1963: F. M. Wanlass and C. T. Sah first proposed CMOS technology. Today, more than 95% of integrated circuit chips are based on CMOS technology 1964: Intel Moore proposed Moore's Law, predicting that transistor integration will double every 18 months 1966: The American RCA Company developed CMOS integrated circuits and the first gate array (50 gates), laying a solid foundation for the development of today's large-scale integrated circuits, a milestone 1967: Applied Materials Materials) was established and has now become the world's largest semiconductor equipment manufacturing company 1971: Intel launched 1kb dynamic random access memory (DRAM), marking the emergence of large-scale integrated circuits 1971: The world's first microprocessor 4004 was launched by Intel, using MOS technology, which was a landmark invention 1974: RCA launched the first CMOS microprocessor 1802 1976: 16kb The advent of DRAM and 4kb SRAM 1978: The birth of 64kb dynamic random access memory, with 140,000 transistors integrated on a silicon chip of less than 0.5 Square centimeters, marking the advent of the very large scale integrated circuit (VLSI) era 1979: Intel launched the 5MHz 8088 microprocessor, and then IBM launched the world's first PC based on 8088 1981: 256kb DRAM and 64kb The advent of CMOS SRAM 1984: Japan announced the launch of 1Mb DRAM and 256kb SRAM 1985: The 80386 microprocessor came out, 20MHz 1988: The 16M DRAM came out, with 35 million transistors integrated on a 1 square centimeter silicon wafer, marking the entry into the Very Large Scale Integrated Circuit (VLSI) stage 1989: 1Mb DRAM enters the market 1989: The 486 microprocessor is launched, 25MHz, 1μm process, and later the 50MHz chip uses 0.8μM process 1992: 64M-bit random access memory comes out 1993: 66MHz Pentium processor is launched, using 0.6μM process 1995: Pentium Pro, 133MHz, using 0.6-0.35μM process; 1997: 300MHz Pentium II came out, using 0.25μM process 1999: Pentium III came out, 450MHz, using 0.25μM process, and later 0.18μM process 2000: 1Gb RAM is put on the market 2000: Pentium 4 comes out, 1.5GHz, using 0.18μM process 2001: Intel announces that it will use 0.13μM process in the second half of 2001. 2003: Pentium 4 E series was launched, using 90nm process. 2005: Intel Core 2 series is launched, using 65nm process. 2007: Intel Core 2 E7/E8/E9 based on the new 45nm High-K process is launched. 2009: The Intel Core i series is newly launched, using the leading 32nm process in record time, and the next generation 22nm process is being developed.

Who would like to read this kind of article?

Recently, I listened to the song "Ruyu" released in 2021. Suddenly I had some other ideas. Just like every day in this prosperous age, a stable life is what every true Chinese son and daughter longs for, and is being realized through hard work. No matter how unsatisfactory life is, at least there will be tomorrow after today. Every time I chat with my children about the purpose of learning, I always intentionally guide them to study for themselves and to make the country more prosperous and stable. In fact, it's more about settling the regrets I had. I hope he can be admitted to any university among the "Seven National Defense Students" in the future. Use the knowledge you have learned to protect this prosperous world. Please take me to see you tomorrow.

Writing about too much technology? Almost omnipotent. The setting of the protagonist is so amazing, it feels so outrageous

No, my country could have exploded nuclear weapons in 1964 without the protagonist. The protagonist has developed so many high technologies, but the atomic bomb has not yet exploded. The timeline in the book should be in the middle of 1962. It's super calculated, can't it be more than two years in advance? What did the protagonist do in the past?

If the protagonist wants to live, he must always support public ownership and focus on the people being the masters of the country. He must have a background, a teacher's protection, a reputation, a career in politics, and a teacher to know the importance of innovation and science. Only in this way can you continue to research and make China's science and technology surpass the United States. But writing a book like this is not far away from sealing.

Digital cameras are too poisonous. You can't make a digital camera just by making a photosensitive chip. You also need an operating system, a control chip, and a storage system. Who will make them and sell them to? Support the development of American science and technology? Personal computers haven't even been introduced yet and become popular! Does this digital camera use film? The author is advised to check the information carefully. In 1981, the first digital camera in a broad sense used CCD components with a specification of 12mmX10mm and a resolution of 570X490 pixels. It was stored on a 2-inch disk, and each disk could store 50 color photos. What had computers become in 1981? The time when CMOS components were used to make digital cameras was in 2000, with 3.25 Million pixels. What did computers look like in 2000? Brother, author, do you want to change the content of the article? Ten years in advance means that the protagonist has the technical level, forty years in advance is called whimsical and unrealistic.

I thought it was some novel way of writing, but this is the result? Why doesn't the protagonist cooperate with the country in his previous life and just maintain his character in the era he is in? Obviously the protagonist can tell the foreigner that he is trapped in a dark space and cannot get out or contact anyone. He can only send a message to him and ask him to help call the police. In this way, if the police cannot search for the protagonist, they will summon him and the police will contact the protagonist through his account. In this way, the protagonist You can tell the truth about your own situation. Think about it, when the country really confirms this situation, I believe that the country can't wait to pack all the existing high-tech weapons back to the 1960s. When only one party can be contacted, the modern country will definitely respond to the protagonist's requests 24 hours a day. , You still need to search if you want the most cutting-edge technology? You can also experiment with whether the time and space where the protagonist is in can affect the time and space of the new era. If it can, that's even better. If it can't, it doesn't matter. I believe they will do their best to prevent the time and space where the protagonist is from suffering again and living a life of fear. I thought the author could create unexpected patterns.

There is a sense of urgency to catch up and surpass. On the contrary, it makes people nervous and uncomfortable

In reality, technology serves capital! A large number of people will lose their jobs this year

The main plot written by the author is too simple. The early part is okay, but the later part is too boring. The writing on family life after marriage is not good either.

Although the content in the previous article is a bit immature, the content in the following is getting better and better, which is very good! Come on! 😊

It's so well written that not many people read it. Does the author have any vests? I want to see my previous works.

Research and development of Hongqi 12 air defense missile

The ending should be that after the protagonist dies, he returns to his own era in the future, and then discovers that China in this plane has become the strongest existence in this plane, and has even moved into the universe. This is all caused by the protagonist traveling to the past.

I probably saw the latest chapter, and there were a lot of jumps in the middle. There are a lot of bad things about this book, such as cheating, and always mentioning how much food one person can eat for 15 people. I even suspected that it was all stomach. Of course, there are still many good things in this book, otherwise I wouldn't be able to insist on reading the latest

Is this the end? ? ? ? ? ? I've been raising it for more than half a year, and today I'm watching the finale! ! ! !