The wireless communication prototype system based on smart metasurfaces independently developed by Professor Yin Haifan’s research team from the School of Telecommunications of Huazhong University of Science and Technology has created the industry’s highest performance record. Currently, the team has completed seven national invention patent applications in the research on smart metasurfaces, of which four Item has been officially authorized.
“Wireless communication prototype system” has the following meanings: 1. It indicates that the technological development of communication has entered: the stage of exponential power development. The 5G high-frequency band (above 6GHz) wireless bottleneck has been broken through and resolved, coupled with the DSS (Dynamic Spectrum Sharing) in the middle and low frequency bands, 5G-NR (New Wireless) will not stagnate in the 4G-LTE (Long Term Evolution) technology progress. 2. The idea of the “wireless communication prototype” has made a breakthrough: new materials and reconstruction methods are adopted, starting from the “first principles”. To solve the wireless transmission problem. It marks the rise of the Chinese “Musk”. American Musk is a huge cow and my idol, but from a patriotic point of view, China has a larger base of engineers and scientists, and there are more engineering examples using first principles. In terms of communications, China has become the overlord of network engineering and will be unbreakable. 3. Behind it is a profound educational foundation and legal background. People like the richest man Musk and Apple Jobs are involved in: physics, engineering realization, business economy, industrial needs, professional division of labor, legal protection, personal talent ~ experience ~ pursuit, and many other aspects. It is estimated that it is more difficult for China to produce an original “Musk”. The originality of Europe and America will remain for some time. This time the original is also proposed by foreign countries and can be seen. 4. This technology is believed to be only a small part of civilian use, and military industry will definitely use this technology. A war without gunpowder adds a dimension of terror. We know about “laser” (stimulated radiation of light), but there are also “excited particles” (excited identical examples, such as electrons). With this technology, the weapons of the future are very scary. 5. Compared with the low-frequency DSS technology (for 5G), this technology is indeed 5G+/6G technology, and there is a lot of room for imagination. This is good news for the 5G-related industries. The introduction of competitive products (high cost-effectiveness, speed, performance, economy) is becoming more and more important, even to the extent of rolling. (The most significant is the mobile phone industry) 6. The technological singularity may be seen in a lifetime, but the technological singularity does not mean the singularity of engineering and business, and the road is very long. Hope and blessings, under the humanism and moral conventions, the good aspects of technology can be brought into play, while the bad aspects can be suppressed. 7. After all, the competition of schools is the competition of talents and the competition of the system environment. The more conducive a school’s academic atmosphere and system are to attracting and promoting talents, the more achievements it can make. The strongest comprehensive enterprise in China can be said to be a private enterprise (Huawei). The fastest-growing city is Shenzhen, Guangdong, and the strongest comprehensive school in the future is likely to be a reformed school with “proper self-control and full of vitality”. 8. So technology is useful. The reason why we are excited is to see incredible and counter-intuitive engineering possibilities that benefit our own lives. The greater the ability, the higher the moral expectations.