The United States called it no less than a "nuclear bomb," and the foreign media sanctions and blockades became a joke
The communications industry has always been a contest between major powers, and those who stand at the top of the world can often take advantage of the world's scientific and technological revolution. After several generations of exploration, learning, Xi and research on communication technology, we have finally achieved a reversal at the critical moment of 5G and stood at the forefront of the world. It is not an exaggeration to call it a "nuclear bomb" by the United States!Foreign**: Sanctions and embargoes on Iran have become a joke.
Recall that Huawei released the Mate10 series products in Berlin, Germany in 2017, it is not just a **, but the key to opening the door to 5G. The following year, Huawei obtained a 5G patent, becoming the world's first, and a strong evidence that China leads the world in 5G technology. But that lead has made other countries, especially the United States, more vigilant. Since 2019, the United States has been pressuring tech giants such as Huawei to curb the development of 5G and other industries in China.
However, there has never been a shortage of magical things in history. Four years later, Huawei made a strong comeback, bringing its self-developed Kirin and 5G technology. This not only breaks the shackles of technology, but also shows us what the power of technology is. Some time ago, the LexisNexis 5G patent report gave us another booster, Huawei in more than four years, still firmly occupy the first place in the field of 5G, there are also companies such as ZTE and OPPO in China, which is also China's strength in the field of 5G.
This is the hard work of many people, how many people's hard work. As a member, we are proud of the resilience and bravery shown by a company like Huawei. Seeing the rise of state-owned enterprises, we are well aware of the hardships. Looking to the future, Chinese technology companies can "go abroad" and go hand in hand with world-class enterprises to witness a new round of scientific and technological progress.
The second good news: Tsinghua has made significant progress in new technologies, and the problem of information restoration in integrated circuits.
Some time ago, Tsinghua University independently developed a new memory surgical robot, which combines the intelligence of the robot with advanced optical technology. This technology has fundamentally changed the function of memory chips from "diagnosis" to "**, opening a new chapter in data recovery. The research results of this project will lay the foundation for the current development of electronic evidence forensics technology, and is expected to play an important role in medical devices, microelectronics technology, cultural heritage, etc.
Historically, retrieving data from corrupted memory has been as difficult as searching for a needle in the deep ocean. Traditionally, the protective layer of the chip has been manually removed and then the wiring inside it has been accessed, which is a very complex and time-consuming process. This will cause more damage to the chip, resulting in permanent data loss.
But now, a research team at Tsinghua University has redefined the problem. Xue Ping and his research team, together with experts from the public security department, have developed a new method that combines visual imagery with precise manipulation of robotic arms. This method uses advanced light scanning to give the chip a thorough "physical examination" to determine what is wrong. At the same time, the use of this technology can effectively eliminate the harm to the human body and ensure the safety of the measurement results.
After a precise "diagnosis" of the problem, the team used advanced laser "surgery" to precisely repair the damage. The entire process is carried out by means of 3D images, which guarantees precise control of each step.
This important research result was published in the journal Nature Communications and has been widely recognized by the industry. Many scholars in the industry have paid great attention to this phenomenon and believe that it will open a new path.
The third piece of good news: Chinese researchers are using new technology to improve the yield of saline-alkali soil.
Xinhuanet reported that Heilongjiang, located in the northernmost part of China, has a rare good harvest this year. In this place, it is not just a golden rice field that is harvested, but also a major advance in saline land.
Gannan County, Qiqihar City, is on the front line of the breakthrough. Entering this area, you will see a group of professionals comparing two different plots of land. Strangely, the same plot of land showed a completely different growth situation: in one field, rice was scarce and whitish in color;In the field next to it, the rice has grown to the point where it is almost untenable.
In such a contrast, he finally waited for a "savior". He has been here for three generations, and he is full of expectations for this perennial salt land.
Zheng Guiping, a teacher at Heilongjiang Bayi Agricultural Reclamation College, told him about his research results, which made him not laugh for a long time. The research team led by Dr Cheng found that the productivity of farmland was significantly improved after the application of special salt-tolerant bacteria.
This is not just a quantitative increase. In this northeast region, which is known as the "farmland panda", every increase in production means cherishing and respecting this land. Due to years of reclamation, climate change and many other reasons, this valuable arable land is shrinking day by day, and it is also facing various challenges.
According to some data, Heilongjiang Province alone has more than 10 million hectares of saline-alkali land. But now, technology is giving new life to this "special farmland".
Mr. Zheng said that the wide application of these resistant bacteria can not only increase the yield of rice, but also increase the yield of crops such as corn and soybeans, providing a strong guarantee for food safety in Heilongjiang and even in China.
In short, the significant progress made on the issue of salinity is not only about high yields, but also about the relationship between human beings and nature, and the use of science and technology to protect our precious land.
The fourth good news: 1,515 catties per acre!Yuan Longping has created a new "super rice".
On a turquoise paddy field in Dechang County, Liangshan Prefecture, Sichuan Province, a measure of rice was taken to shock the whole of China at the time of this autumn's harvest — an average yield of 1,251 per mu in one season5 catties, setting a new record in China and even the world.
Looking back on 2018, Yuan Longping, the father of rice, once made a plan for 1,200 kilograms per acre of land. But in just five years, we've not only reached, we've surpassed us. This achievement is inseparable from the hard work and exploration of the "Hybrid Rice" Research Center in Chengdu, China, in the past few months.
In this more than 110 acres of rice field, the new rice variety "Grain Liangyou 8022" is planted. In addition to cultivar breeding, our research group also integrates a number of cutting-edge agricultural technologies, from sowing and fertilization to pest control, all of which are carefully planned and implemented.
This wave of unexpectedly high yields has also been tested. The three plots, harvested by machines and processed in accordance with official specifications and methods, produce an unprecedentedly high yield each season.
Cheng Shihua, the project leader, said excitedly: "The perfect combination of this new rice variety and local characteristic agriculture has created a miraculous result. "The rice in this demonstration field is like an emerald, growing happily and without any disease.
The research results of this project not only reflect the rapid development of agricultural science and technology in China, but also put forward new research ideas and methods to deal with global food safety and global environmental problems.