China used to have many technological "stuck neck" problems. For example, high-end chips, aerospace engines, high-speed trains and other technical fields were considered to be China's shortcomings. These fields require reliance on foreign technology and patents and cannot be mastered independently, which has brought great obstacles to China's technological innovation and national governance.
However, the Chinese government and enterprises began to actively face these challenges, increased investment in technological innovation, and developed a number of technologies with independent intellectual property rights. For example, Huawei's 5G technology, COMAC's C919 aircraft, and Tongling Sinoma Energy Saving and Environmental Protection's alumina suspension technology have been highly recognized in China's technological innovation industry.
China has achieved remarkable results in technological innovation in recent years, and major breakthroughs have occurred in many "stuck" areas. For example, China's supercomputing field has surpassed the United States and become the world's number one.
China’s high-speed rail technology has also been recognized by the world. China has built the world’s longest high-speed rail network; technology companies such as Huawei and Xiaomi are also promoting their independently developed 5G technology globally.
Independent innovation in science and technology:
In the 21st century, my country’s science and technology undertakings have undergone historic, holistic, and pattern-like changes. Catching up in key areas of science and technology has accelerated, and some cutting-edge directions have begun. Entering the parallel and leading stage, scientific and technological strength is in an important period from quantitative accumulation to qualitative leap, from point breakthrough to system capability improvement.
At present, our country has the most complete industrial system in the world, but compared with the industrialization accumulation of more than a hundred years in developed countries in Europe and the United States, we still have a large gap in the field of science and technology. The shortcomings in basic scientific research are still outstanding, and the underlying basic technology and basic process capabilities are insufficient.
Bottlenecks are still prominent in terms of industrial base machines, high-end chips, basic software and hardware, development platforms, basic algorithms, basic components, and basic materials. When the external environment changes, the risk of being "stuck" that exists in many fields in our country will become prominent.
Reference for the above content: Guangming.com - Guangming.com specializes in making up for shortcomings, mitigating weaknesses, and achieving high-level independent innovation in science and technology