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First, let's take a closer look at wing perforation technology. This innovative move is not accidental, but the result of long-term research and experimentation. Scientists have conducted in-depth analysis of the many challenges faced by supersonic aircraft during flight, such as strong sonic booms and complex aerodynamic problems. Through a large number of simulations and actual tests, they found that cleverly perforating the wings can effectively adjust the airflow distribution, thereby reducing the impact of sonic booms and improving the aircraft's lift and lift-to-drag ratio. The realization of this technology is inseparable from the support of advanced material science and precision manufacturing processes.

From a more macro perspective, this technological breakthrough has an important role in promoting the development of the aviation transportation industry. On the one hand, solving the sonic boom problem is expected to enable supersonic aircraft to be used in more routes and regions. At present, due to the noise pollution and regulatory restrictions caused by sonic booms, the commercial operation of supersonic aircraft is subject to certain constraints. If the intensity of sonic booms can be successfully reduced, supersonic aircraft will be able to open up more routes, shorten the time of long-distance travel, and provide passengers with more convenient and efficient travel options. This will not only change the way people travel, but also have a significant impact on the pattern of the aviation market. On the other hand, improving lift and lift-to-drag ratio can significantly reduce aircraft fuel consumption, reduce operating costs, and improve the economic benefits of airlines. At the same time, this will also help reduce the impact of the aviation transportation industry on the environment, which is in line with the trend of global sustainable development.

However, the application of new technologies is often accompanied by a series of challenges and problems. For example, the reliability and safety of wing punching technology need to be verified through long-term actual operation. In a complex flight environment, how to ensure that the wing structure after punching can withstand various stresses and fatigue is an issue that needs to be focused on. In addition, the introduction of new technologies may lead to increased aircraft maintenance costs, requiring airlines to weigh costs and benefits. For the aviation manufacturing industry, large-scale production of aircraft with perforated wings also requires the transformation and upgrading of existing production lines, which requires a lot of money and resources.

Let's go back to another important aspect of air transport - express delivery. Although air express is not directly mentioned in the above discussion, in fact, the air express business is closely related to the overall development of the air transport industry. With the vigorous development of e-commerce, the demand for air express has shown explosive growth. Fast, punctual and efficient air express services have become an indispensable part of modern business operations. In this context, any technological progress and changes in the air transport industry will have a direct or indirect impact on the air express business.

For example, if supersonic aircraft can be successfully applied to commercial routes, the transportation speed of air express will be greatly improved. Express shipments that originally took several days to deliver may be delivered within a few hours, which will greatly improve customer satisfaction and corporate competitiveness. At the same time, reducing fuel consumption and operating costs will also help reduce the transportation price of air express, further promoting the expansion of the market. On the other hand, the application of new technologies may lead to changes in the operating model and management methods of the air transportation industry. Air express companies need to adjust their strategies in a timely manner to adapt to these changes in order to maintain their dominant position in the market.

In addition, the development of air express business has also put forward higher requirements for the air transportation industry. In order to meet the needs of rapid processing and transportation of express mail, airlines need to optimize cargo loading and unloading processes, improve flight punctuality, and strengthen cooperation with logistics companies. At the same time, air express companies are also constantly exploring new business models and technology applications, such as drone delivery and cold chain transportation, to improve service quality and expand market space.

In short, the innovation of wing technology by Chinese scientists has brought new opportunities and challenges to the aviation transportation industry. This breakthrough is not only expected to solve the technical problems of supersonic aircraft and promote the development of the aviation industry, but will also have a profound impact on the closely related air express business. In the future development, we look forward to seeing more innovative results applied in practice, bringing more convenience and benefits to people's lives and economic development.