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Waking up, brushing the mobile phone, there are four good news in Chinese science and technology, the scientific research team has developed the first commercial-grade semiconductor quantum chip circuit carrier board, and Loongson helps the domestic CPU milestone! These news all make my blood boil, the speed of scientific and technological development in the mainland is beyond my imagination, without saying much, hurry up and share it with you!
First: The Chinese scientific research team has developed the first commercial-grade semiconductor quantum chip circuit carrier board, and the semiconductor quantum computing chip packaging technology has entered a new stage!
In the tide of scientific and technological development, China's scientific research team has once again achieved a milestone breakthrough. Anhui Provincial Key Laboratory of Quantum Computing Chips recently announced that Continental has successfully developed the first commercial-grade semiconductor quantum chip circuit carrier board, which can support the packaging and testing of semiconductor quantum chips of up to 6 bits. This breakthrough means that China's semiconductor quantum computing chip packaging technology has entered a new stage.
Quantum chip carrier boards play a pivotal role in the quantum chip packaging process, providing basic support and signal connection for semiconductor quantum chips. Circuits and devices integrated on the carrier board can effectively improve the signal-to-noise ratio and readout fidelity of qubit signals, thereby ensuring the stable operation of quantum chips. However, due to the huge investment in the research and development of quantum chip carrier boards, high technical barriers and considerable difficulty, only one quantum computing hardware company in Denmark in the world can produce semiconductor quantum chip carrier boards.
"There is nothing difficult in the world, only those who have hearts." In this passage, we see the determination and wisdom of the mainland scientific research team. In the face of technical barriers, they did not flinch, but with tenacity and wisdom, they successfully developed a commercial-grade semiconductor quantum chip circuit carrier board. This not only greatly saves the R&D and production costs of Continental semiconductor quantum computing technology route, but also marks a major breakthrough in Continental semiconductor quantum computing chip packaging technology.
In the past, due to technical barriers and large capital investment, the mainland lagged behind in the development of semiconductor quantum computing technology. However, now, thanks to the efforts of the scientific research team, Continental has successfully developed a commercial-grade semiconductor quantum chip circuit carrier board, achieving a major technological breakthrough. In the future, the continent's semiconductor quantum computing technology will have greater room for development.
Expert Jia Zhilong said: "The breakthrough of Continental Semiconductor's quantum computing chip packaging technology will provide strong support for Mainland China in the global competition in the field of quantum computing. We look forward to seeing the mainland make greater breakthroughs in this field. ”
Here, too, we would like to remind you that this success is not accidental. It is the result of the accumulation and efforts of the mainland scientific research team in the research and development of semiconductor quantum computing technology for a long time. The tenacity and wisdom of the scientific research team let us see the infinite possibilities of Chinese science and technology.
In general, the breakthrough of mainland semiconductor quantum computing chip packaging technology is undoubtedly a major milestone in the development of mainland science and technology. This also indicates that the mainland's position in the global scientific and technological competition will be further enhanced. In the future, we look forward to seeing greater breakthroughs in semiconductor quantum computing technology by mainland scientific research teams.
"Mountains and heavy water have no way, and there is another village." The road of scientific and technological development, just like the scene described in this poem, is full of twists and turns, but as long as we have a tenacious heart and the spirit of forging ahead, we will surely find new ways out and opportunities.
Second: micro-nano optoelectronic chips: "Tsinghua gene" helps the rise of mainland "strong core"
Beijing's high-tech enterprises have sprung up in the Tianjin Binhai New Area Eco-City, among which Tianjin Huahuixin Technology Group, a product of Tsinghua Electronics Department, with its strong production capacity of the second phase production line, with an annual output of up to 36 million micro-nano optoelectronic chips, has provided important support for the development of the mainland science and technology industry.
These micro-nano optoelectronic chips are widely used in various terminal markets, such as optical communications, automatic driving, augmented reality, intelligent sensing and other fields. Products in these fields, such as micro-spectrometers, lidar, high-rate modulators, AR glasses, etc., are inseparable from the support of micro-nano optoelectronic technology. Yu Shuai, assistant to the president of Huahuixin Technology Group, said that the application of these micro-nano optoelectronic chips will promote the development of China's chip industry.
The success of Huahuixin Technology Group comes from the intellectual support of the Department of Electronic Engineering of Tsinghua University and the high-end equipment of its science and technology park. After settling in Tianjin Binhai New Area, Tsinghua Tianjin Electronics Institute provided strong technical support for Huahuixin through the construction of three major technology platforms, including high-end optoelectronic chip innovation center, electronic comprehensive testing center and artificial intelligence big data center. At the same time, Tsinghua Tianjin Electronics Institute has also attracted a large number of outstanding talents, providing broad talent resources for the development of enterprises.
The success of Huahuixin Technology Group also benefits from the in-depth cooperation between Beijing and Tianjin. The results of "Key Preparation Process and Application of Micro-nano Structured Optoelectronic Chips" jointly declared by Tsinghua Tianjin Electronics Institute and Tianjin Huahuixin Technology Group were awarded the "Special Prize for Technical Invention" by the Tianjin Municipal Government. The relevant person in charge of the Municipal Development and Reform Commission said that the next step will be to further play the high-end leading role of Beijing and Tianjin, combine Beijing's scientific and technological innovation resources and Tianjin's advanced manufacturing research and development advantages, and sing well the "tale of two cities" of Beijing and Tianjin in the new era.
"Drink water and think of the source, dedication and happiness". In the tide of technology, we must not forget our source, that is, our love of technology and dedication to work. The development of micro-nano optoelectronic chips stems from this love and dedication.
The development of micro-nano optoelectronic chips is the inevitable result of scientific and technological progress. From manual operation in the past, to the current automated production, and then to the future intelligent manufacturing, micro-nano optoelectronic chips will always be an important driving force for scientific and technological progress. Experts also believe that the development of micro-nano optoelectronic chips will be a major trend in the technology industry.
We can see that large technology companies such as Huawei and Alibaba have widely used micro-nano optoelectronic chips in their products. The success of these companies is a successful case of micro-nano optoelectronic chip applications.
"Waves of sand, a hundred steel". The progress of science and technology requires our continuous attempts and efforts, and technologies such as micro-nano optoelectronic chips need our attention and investment.
We have unlimited expectations for the future. It is hoped that micro-nano optoelectronic chips can be applied in more fields, promote the progress of science and technology, and benefit human society.
"Science and technology is the primary productive force, and innovation is the primary driving force." This is our expectation of scientific and technological progress, and it is also our expectation for the future. The development of micro-nano optoelectronic chips is a concrete embodiment of this expectation.
"The core of micro-nano, the light of photoelectricity. The road to science and technology is endless. Work hard and look forward to the future. "This is our praise for micro-nano optoelectronic chips, and it is also our expectation of scientific and technological progress."
Third: the world's first reactor, the "Linglong-1" core module was successfully installed, and China's nuclear energy technology achieved a major breakthrough.
After a six-hour process, key equipment such as pressure vessels and evaporators were in place, marking the peak of the installation of the world's first reactor of Linglong-1. The successful installation of this core module is a solid step in the new round of nuclear energy technology change and international industrial competition of our self-developed innovative nuclear reactor.
Prefabricated and modular manufacturing of nuclear power main equipment. Its design innovation is to improve the safety and reliability of nuclear power plants, while greatly reducing the construction period and improving the economy. As an innovative nuclear reactor with independent intellectual property rights after Hualong No. 1, Linglong-1 is the world's first small modular pressurized water reactor that has passed the general safety review of the International Atomic Energy Agency, and its global market prospects are broad.
It is reported that "Linglong No. 1" is located in Changjiang Nuclear Power Station in Hainan Province, since the start of construction in July 2021, after completion and operation, it is expected to generate 1 billion kWh of electricity per year, which can meet the electricity needs of 526,000 households in Hainan. At the same time, it can reduce carbon dioxide emissions by about 880,000 tons per year, equivalent to planting 7.5 million trees a year. Such achievements are undoubtedly an affirmation of the development of our country's nuclear energy technology and our expectations for the future.
Due to their unique advantages in safety, deployment flexibility and multi-purpose, small nuclear reactors play an increasingly prominent role in the new round of nuclear energy technological change and international industrial competition. Its existence, like a bright pearl, brings light to our lives.
Now, we see that the "Linglong No. 1" with its innovative design has improved the safety and reliability of nuclear power plants, like a ship that breaks the waves, leading us to a better future. In the future, we can foresee that with the successful operation of "Linglong No. 1", "Linglong Heart" will become an important part of our lives, providing us with a steady stream of energy and making important contributions to our ecological environment.
Zhang Wei, a famous nuclear energy expert, said in an interview that China's nuclear energy technology has reached the world's advanced level, and the successful installation of "Linglong 1" will undoubtedly further promote the development of China's nuclear energy technology. For example, he said, France's Famatin nuclear power plant and the United States' Three Mile Island nuclear power plant, although they also have their own advantages, but in terms of safety and economy, they are not as good as the "Linglong 1".
We can see that the successful installation of "Linglong-1" is not only a great progress in our country's nuclear energy technology, but also a kind of expectation for our future. We look forward to Linglong No. 1 providing us with a steady stream of clean energy and making our lives better. At the same time, we also look forward to the "Linglong-1" can provide a new reference for the development of global nuclear energy technology and promote the global nuclear energy technology to a higher level.
"The sunrise over the East Sea and the setting in the West Mountains, sorrow and joy are always difficult to predict. Life is difficult and requires hard work, and tomorrow will surely appear. "In the long river of science and technology, we will continue to move forward and use our wisdom and courage to write our own chapter."
Fourth: domestic CPU milestone! Kirin chip can be adapted to Loongson 3A6000 to fully benchmark Core 10!
We are familiar with Loongson, China's self-developed CPU, is about to launch its latest achievement - Loongson 3A6000 in the fourth quarter of this year. This new processor undoubtedly marks a new milestone in China's independent desktop CPU design. At the operating frequency of 2.5GHz, the SPEC CPU 2006 base single-threaded/floating-point score of the Loongson 3A6000 quad-core processor reached 43.1/54.6 points, the multi-threaded fixed/floating-point score reached 155/140 points, the measured bandwidth of the dual DDR4-3200 memory channel Stream exceeded 42GB/s, and the measured score of Unixbench exceeded 7400 points. Such performance is comparable to Intel's 10th-generation Core quad-core processor launched in 2020.
At the same time, UnionTech Software and Kirin Software have announced that their operating system has completed the adaptation of the Loongson 3A6000 processor and has excellent performance. This news undoubtedly adds more expectations to the upcoming Loongson new processor.
"Tianxingjian, a gentleman with self-improvement". This old saying aptly describes the spirit of self-improvement and self-transcendence in the field of science and technology in China. In this era of rapid development, we need not only to keep pace, but also to move forward and break through in key areas.
Loongson's success is the success of our independent innovation and the technological breakthrough we achieve with persistence and hard work. Its emergence is not only an affirmation of the past, but also a challenge to the present, but also an expectation for the future. In the past, we have been catching up and learning; Now, we are starting to lead and lead; In the future, we will innovate and beyond.
Experts said that with the advancement of science and technology, the performance of CPU will become an important indicator to measure a country's scientific and technological strength. Just like in the past, we used to prove our scientific and technological strength with the launch of satellites and the success of the moon landing, but now, we can prove our strength with our self-developed CPU.
If we look back in history, we can see the success of Intel and AMD in the United States, as well as Fujitsu in Japan, in the field of CPUs. Their success not only proves their scientific and technological strength, but also promotes the economic development of their country. Now, China is also moving forward on this road.
In general, Loongson's success is not only China's success, but also the world's success. We look forward to more innovation and breakthroughs, and to China's greater influence in the global science and technology field.
"Heaven rewards hard work, ingenuity is unique." There is still a long way to go, but as long as we persevere, we can definitely see a better tomorrow. At this hopeful moment, I would like to say:
Loongson leap, the pride of the country;
Science and technology are prosperous, forging ahead.
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