The Chinese Academy of Sciences has made great contributions! CCTV announces completion of "overtaking on bends", foreign media: dust settled

Tech 2023-10-12 21:11:07 Source: Network

Before reading the article, please click on "Follow" for your future discussion and sharing. Thank you for your support, and I will accompany you every dayThe rise of Chinese technology not only heralds the arrival of a new era, but also injects a strong boost into global technological progress

Before reading the article, please click on "Follow" for your future discussion and sharing. Thank you for your support, and I will accompany you every day

The rise of Chinese technology not only heralds the arrival of a new era, but also injects a strong boost into global technological progress.

Recently, the Chinese Academy of Sciences announced major breakthroughs in a number of fields, causing widespread concern in the international community.

This marks that China's technological strength has reached a new level, no longer satisfied with following and imitating, but rather striving to achieve leadership in more cutting-edge fields.

This undoubtedly provides new impetus for the development of world technology.

Different from the old scientific research institutions in the West, the Chinese Academy of Sciences, adhering to the spirit of exploration, has constantly broken through itself and made remarkable achievements in space, quantum, biology and other fields.

The Chinese Academy of Sciences has built the world's largest circular array solar radio imaging telescope "Thousand Eyes Celestial Pearl"

Standing on the top of a high mountain, looking up at the sky, the huge "Thousand Eyes Tianzhu" slowly rotates, with hundreds of "Tianyan" tightly fixed on the sun, accurately capturing every subtle change.

This is the Ring Array Solar Radio Imaging Telescope of the Chinese Academy of Sciences, which is located on a high mountain 3820 meters above sea level in Sichuan.

In 2019, a spectacular construction was brewing on the high mountains of Daocheng, Sichuan.

The second phase of the Ziwu Project has been approved by the state for project approval.

Scientists hope to use it to monitor solar activity and provide early warning for natural disasters such as solar storms.

The level of difficulty in building the "Thousand Eyes Tianzhu" can be imagined.

It is an engineering miracle to erect a huge antenna and calibration tower on a 3820 meter high mountain cliff.

Due to the high altitude, ordinary construction equipment cannot operate. Scientific researchers must develop specialized plateau construction equipment and overcome difficulties such as high labor intensity and insufficient oxygen supply in thin air.

The construction of a calibration tower is particularly difficult, as it not only reaches a height of 100 meters, but also ensures extremely high accuracy, allowing each antenna to be accurately aligned.

In April 2022, the calibration tower and the first batch of antennas were successfully installed in place.

It is expected that the antenna installation and debugging work will be fully completed by the end of 2022, marking the embryonic form of the world's largest solar radio imaging telescope.

In early 2023, scientists successfully captured the scintillation of pulsars through continuous imaging, which verified the observation and positioning capabilities of the "Thousand Eyes Tianzhu".

In September 2023, after several months of debugging, the "Qianyan Tianzhu" officially passed its performance assessment and has the ability to continuously monitor solar activity with high quality.

At the same time, the application scope of "Thousand Eyes Tianzhu" is also constantly expanding.

It can not only monitor the sun, but also observe stars in the Milky Way. It can locate pulsars, asteroids, and other objects, as well as collect and analyze distant radio signals.

It can be said that the "Thousand Eyed Tianzhu" has opened a door for scientists to the mysteries of the universe.

With wisdom and perseverance, the Chinese Academy of Sciences has built this rare giant equipment in the vast plateau.

It has both inheritance value and created a new international pattern.

In the technology competition between countries, only truly technological leaders can gain respect and recognition.

However, the times are advancing, technology is developing, and competition never stops.

Not just in the field of astronomy.

Since World War II, the United States has become the world's leader in technological innovation with its strong scientific research and investment capabilities.

The United States has many top universities and research institutions, attracting outstanding research talents from around the world.

The technological innovation in the United States has driven technological progress in the world, such as the Internet, personal computers, and smartphones.

However, entering the 21st century, China's manufacturing industry has ushered in unprecedented development opportunities.

On the one hand, the Chinese government attaches great importance to the manufacturing industry and has introduced a series of policies to support the development of high-tech manufacturing.

On the other hand, Chinese enterprises also actively embrace innovation, vigorously introduce talents, and spare no effort in scientific research investment.

Under the dual wheel drive, China's manufacturing industry has achieved a leap from catching up to leading in multiple fields, successfully achieving overtaking on curves.

The most typical example is the achievements of the Chinese Academy of Sciences in the field of high-end equipment manufacturing.

In chip manufacturing, the Chinese Academy of Sciences has developed optical convolutional processors with performance far superior to NVIDIA chips.

The Chinese Academy of Sciences stated that their ultra high integration optical convolutional processor far surpasses NVIDIA's A100 in terms of computational speed, with a speed increase range of 1.5 to 10 times.

Moreover, the chip has lower power consumption and lower production requirements.

This means that in artificial intelligence applications, this chip can achieve faster, more power-saving, cheaper, and smaller computing results.

This proves that even in the field of soft spots, China is still a strong contender.

In addition, China's self-developed large aircraft C919 also proves that China has fully developed the ability to design and manufacture large aircraft.

In the field of aerospace, the construction of China's space station highlights the strength of China's aerospace manufacturing.

The China Tiangong Space Station is not only massive and has powerful experimental functions, but also has independently developed various key technologies and equipment, completely breaking away from dependence on foreign technology.

In contrast, the United States must rely on the Chinese space station to conduct space science experiments that the International Space Station cannot complete.

This has also led to a difference in space capabilities between China and the United States.

Of course, there is still a certain gap between China's manufacturing industry and world powers, and it is still necessary to accelerate the promotion of industrial transformation and upgrading.

In traditional manufacturing industries such as automobiles and engineering machinery, Chinese enterprises still need to improve quality and efficiency, and create independent brands.

In terms of core electronic components, China also faces constraints from key equipment such as lithography machines.

However, the strategic planning and leadership of the Chinese government for industrial development, as well as the investment of enterprises in technological innovation, will continue to drive China's manufacturing industry to surpass others in more fields, ultimately building a global manufacturing powerhouse.

In the future, China's manufacturing industry will be led by innovation, centered on quality, and characterized by intelligence, occupying an important position in the global manufacturing landscape and making greater contributions to the development of the world economy.

China's technological development is currently in a historic and important period of opportunity.

Under the leadership of the CPC, China is striving to build an innovative country, accelerating the reform of the scientific and technological system, actively distributing new and high-tech, and increasing efforts to tackle key problems in original innovation and leading technologies.

Along with the rapid development of the manufacturing industry, Chinese researchers have also made significant progress in basic scientific research.

The Chinese Academy of Sciences has carried out active basic research in such frontier fields as high temperature superconductivity, quantum physics and deep space exploration, and has cultivated a large number of outstanding scientific research talents.

Recently, the Wang Bin research team from the Institute of Physics of the Chinese Academy of Sciences achieved direct observation of the Higgs boson for the first time through high-precision measurements. This achievement was named one of the top ten global technological advancements of this year by the internationally authoritative scientific journal Science.

This indicates that China's basic scientific research is moving towards international first-class level.

The internal impetus of China's scientific and technological development stems from the CPC's firm emphasis on scientific and technological development.

Under the strong leadership of the Party Central Committee, the national level has increased investment in scientific and technological innovation, established and improved a scientific and technological innovation system, and created a good research ecology.

Many places also prioritize the construction of innovative cities as their main development direction.

It can be said that technological innovation has become an important support for realizing the great rejuvenation of the Chinese nation and the Chinese Dream.

In summary, although many technologies in the United States are still at the world's leading level, they have been surpassed by China in many aspects.

However, the development path of Chinese technology still has a long way to go.

China must adhere to independent innovation, increase investment in scientific research, cultivate scientific and technological talents, improve intellectual property protection, and enhance the ability to transform scientific research achievements.

At the same time, it is also necessary to maintain humility and caution, continuously learn advanced foreign technologies, avoid repeated wheel building, and promote technological progress in a more efficient way.

China's technology should not only prosper and develop, but also pay attention to technological ethics and security.

The rise of Chinese technology cannot be based on the decline of other countries' technology, but should promote international scientific and technological cooperation, so that all countries can share the technological dividends from it.

We should be vigilant against the negative impact of technological progress. Technology should benefit humanity, not destroy it.

Where does the development path of Chinese technology lead to?

We will wait and see.

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