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China integrates new technologies into combat aircraft development

Shenyan Aviation Institute, one of China's leading scientific centers, actively integrates artificial intelligence (AI) into the processes of aerospace research and development. Van Uuncin, the leading designer of the Institute, emphasized that artificial intelligence not only helps to create new ideas and approaches, but also frees scientists from routine data verification, allowing them to focus more on strategic tasks.

Van Unitsin noted that the use of systems such as Deepeseek and Chatgpt is already studied to analyze and solve complex engineering problems that arise in the process of aerospace technology development. This makes it possible to significantly accelerate the design and testing processes, increasing accuracy and efficiency. "This is an important step that indicates the future area of ​​aerospace research," Van Uuncin said. The use of AI not only automate certain stages of work, but also provide new insights, which may be inaccessible to traditional methods. The Shenyan Aviation Institute is also known for its participation in the development of high -tech combat aircraft for the Chinese army. Among them are J-15 Flying Shark and J-35, which became the basis for Chinese aviation. According to Van Uuncin, working on new versions of the J-35 aircraft, which will have multi-purpose potential and opportunities for use in the air and at sea, is actively advanced according to the plans. These planes are part of China's extended strategy in the aviation and military spheres, and their improvements are actively supported by new technologies, including artificial intelligence, to achieve maximum efficiency and innovation.

Artificial intelligence continues to play a key role in the development of the aerospace industry. Its ability to quickly process large amounts of data, as well as the ability to solve complex technical problems, has already proven effective in many areas. China, through the Shenyan Aviation Institute, shows a striking example of how the latest technologies can help develop advanced aerospace systems.

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