"The Great Chip" Reading Activity 8 Chapter 1

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"The Great Chip" Reading Activity 8 Chapter 1 [Copy link]

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Thanks to the Electronic Engineering World website, China Industry and Information Technology Publishing Group, author Wang Jian, Electronic Industry Press, and Electronic Engineering World Forum eeworld!
Today we all read "Amazing Chips" which was published by China Industry and Information Technology Publishing Group and Electronic Industry Press, and written by Wang Jian.

Continued from the previous seven articles:

"The Great Chip" reading activity 1 Read new books https://en.eeworld.com/bbs/thread-1247499-1-1.html

"The Great Chip" Reading Activity 2 Chapter 9 (I) https://en.eeworld.com/bbs/thread-1249129-1-1.html

"The Great Chip" Reading Activity 3 Chapter 8 eew_V04Cyi https://en.eeworld.com/bbs/thread-1251085-1-1.html

"The Great Chip" Reading Activity 4 Chapter 8 (Part 2) https://en.eeworld.com/bbs/thread-1251095-1-1.html

"Amazing Chips" reading activity 5 New materials https://en.eeworld.com/bbs/thread-1257305-1-1.html

"Amazing Chips" reading activity 6: Become a chip engineer https://en.eeworld.com/bbs/thread-1257436-1-1.html

"Amazing Chips" reading activity 7 Characteristics of chip design engineers https://en.eeworld.com/bbs/thread-1257438-1-1.html

After reading the first chapter, I deeply feel the charm and challenges of semiconductors. This industry has been inseparable from the rapid progress of science and technology since its inception, and now it has penetrated into every corner of our lives. Whether it is 5G chips, IoT chips, autonomous driving chips, or artificial intelligence chips, they are reshaping our world and bringing unprecedented opportunities and challenges to mankind.
In my opinion, the development of the semiconductor industry is unparalleled. It is both a technology-intensive industry driven by science and technology and a market-led industry whose development is affected by market demand. The development history of this industry fully proves this point. Every major invention and progress is inseparable from the brave exploration of scientists and the meticulous practice of engineers.
When I look back on the history of semiconductors, I can't help but be attracted by those great scientists and their outstanding discoveries. From the point-contact germanium transistor in 1947 to graphene in 2004, each invention represents a huge leap forward for mankind into the unknown. Behind these inventions are the efforts and persistence of countless scientists, who pursue not only scientific truth, but also a profound impact on the future of mankind.
However, the development of the semiconductor industry is not smooth sailing. The challenge of this industry is also here: how to continue to progress in the face of the slowdown of Moore's Law. But scientists have not stopped. They have been exploring new technologies and new materials in order to find new development paths in the "post-Moore era". I admire this spirit of courage to face challenges.
For ordinary people like us, the world of semiconductors may be out of reach, but this does not prevent us from appreciating its charm. The history of semiconductor development, the spirit of exploration of scientists, and the ingenuity of engineers, all of these make me full of awe for this industry. In my opinion, semiconductors are not just an industry, but also a reflection of a country's and even the world's scientific and technological innovation capabilities.
The future of semiconductors is full of infinite possibilities. I believe that as long as we continue to invest in research and development and continue to innovate, we may have a place in this fiercely competitive global market. As mentioned in the first chapter, "there is no sunset in the semiconductor industry". As long as we dare to face challenges and pursue innovation, the future of the semiconductor industry will always be bright.
In the process of my in-depth study and understanding of semiconductors, I gradually became attracted to this field full of technological charm. The development history of semiconductors is like a picture scroll depicting human wisdom and courage, full of challenges, innovations and breakthroughs.
First of all, the rapid development of the semiconductor industry and the emergence of new opportunities have made me deeply realize the importance of scientific and technological innovation. The emergence of new technologies such as 5G chips, IoT chips, autonomous driving chips, and artificial intelligence chips not only brings new development opportunities to the semiconductor industry, but also promotes the progress of our society. This makes me understand that semiconductors are not just the core components of electronic devices, but also the cornerstone of our digital age.

However, challenges and opportunities coexist. In the "post-Moore era", the future development of semiconductors faces the challenge of the slowdown of Moore's Law. However, scientists and engineers have not stopped their exploration. They continue to develop new technologies and new materials, and strive to promote the development of the semiconductor industry. This positive attitude towards challenges makes me full of expectations for the future of semiconductors.
In addition, by understanding the many inventions and breakthroughs in the history of semiconductor development, I deeply understand that science and technology need continuous innovation and breakthroughs. Major inventions such as point-contact germanium transistors, tunnel effect diodes, integrated circuits, charge-coupled devices, and graphene are milestones in the development of science and technology. Behind these innovations are scientists' countless attempts and failures, their perseverance and pursuit of knowledge.
Finally, when I look back on China's development in the semiconductor field, I am proud of my country's scientific and technological innovation. China has always emphasized the importance of scientific and technological innovation and plays an increasingly important role in the global semiconductor industry chain. This makes me understand that only by continuous scientific and technological innovation can we occupy a place in the global semiconductor market.
In general, the brief history of semiconductor development has given me a deeper understanding and understanding of science and technology. In this semiconductor industry full of competition and cooperation, opportunities and challenges coexist. We should actively face challenges, give full play to our wisdom and creativity, and strive to promote the development of the semiconductor industry. At the same time, we should learn from historical experience, continue to explore and innovate, and hope to make more breakthroughs in the future science and technology field. I believe that only in this way can we gain a foothold in the semiconductor field, which is a fiercely competitive field in the world.
Thank you!

Jacktang

The semiconductor industry is indeed full of competition and cooperation.