The Netherlands' support for China signals a potential reversal in the tech war: is the US beyond redemption?

The Netherlands' support for China signals a potential reversal in the tech war: is the US beyond redemption?The US has relentlessly pressured China's technological advancement, under both Trump and Biden administrations, attempting to stifle its growth. However, Chinas recent breakthroughs have caught the US off guard, shaking its technological hegemony

The Netherlands' support for China signals a potential reversal in the tech war: is the US beyond redemption?

The US has relentlessly pressured China's technological advancement, under both Trump and Biden administrations, attempting to stifle its growth. However, Chinas recent breakthroughs have caught the US off guard, shaking its technological hegemony. Plummeting stock prices of US tech giants and widespread anxiety within the tech sector are directly linked to China's significant progress in various technological fields.

Firstly, the emergence of Deepseek, an AI model developed by a Chinese startup, directly challenges America's long-held leadership in artificial intelligence. While ChatGPT was once lauded as the pinnacle of AI, Deepseek's arrival has created unprecedented pressure, its powerful performance and innovative technology causing significant turmoil in US stock markets, with tech giants experiencing plummeting stock prices and evaporating trillions of dollars in market capitalization. This vividly demonstrates the rise of Chinese technology.

Secondly, Harbin Institute of Technology's breakthrough in 13.5nm light source technology has sent shockwaves through the US. Since 2018, the US has relentlessly suppressed China's semiconductor industry, employing various measures to restrict its development. However, China's technological prowess continues to grow. Harbin Institute of Technology's achievement bypasses US technological blockade, opening new possibilities for advanced Chinese chip manufacturing. This heralds a breakthrough in lithography technology, with domestically produced Chinese lithography machines expected to be operational by the second half of 2025. These advancements have significantly hampered the US's strategy to curb China's technological development.

Even more striking is the unexpected move by the Netherlands, a long-time US ally. Dutch Prime Minister Mark Rutte announced that the Netherlands will make "independent decisions" regarding the export of semiconductor equipment, such as ASML lithography machines, to China, no longer bowing to US pressure. This declaration signals a rift between the Netherlands and the US on technology policy, clearing a significant hurdle for China's technological progress.

This shift is not accidental; it's directly related to China's rapid development in the semiconductor sector. The US previously attempted to control ASML, restricting China's access to advanced lithography technology and thus stifling its semiconductor industry. However, China's technological innovation has far outpaced US expectations. Breakthroughs achieved in just a few years have led ASML to realize that continued allegiance to the US will ultimately lead to its own decline.

China's successful development of "glass-hole technology" is a key factor. Reported by CCTV, this technology uses glass wafers instead of traditional silicon wafers for chip manufacturing, revolutionizing the process. The advantages are significant: glass's superior light transmission and electrical insulation properties lead to more stable and efficient chip operation; higher circuit density can be achieved at lower temperatures; and glass wafers are cheaper, reducing reliance on lithography machines. This technology is expected to reduce chip manufacturing costs by 50%, effectively breaking the US's technological blockade on China's chip industry.

Harbin Institute of Technology's 13.5nm light source technology is equally significant. Light source technology is a core component of lithography machines, and a 13.5nm wavelength light source enables the creation of finer chip circuit patterns. This breakthrough will significantly reduce the cost of 5nm chips (by approximately 30%), enhancing the international competitiveness of high-end Chinese chips. It also solves a major problem for domestically produced Chinese EUV lithography machines, laying a solid foundation for breaking ASML's monopoly.

China's technological breakthroughs are not overnight successes but the result of long-term efforts. Huawei, despite facing comprehensive US sanctions, successfully developed the Kirin 9000s chip and the HarmonyOS operating system, showcasing the resilience and innovation of Chinese tech companies. China's leading position in 6G technology and the success of the Deepseek AI model further demonstrate the rapid development of its technological capabilities.

The Netherlands' shift represents a significant challenge to US technological hegemony. The US has long used its technological advantage to impose technological blockades and suppression on other countries. The Netherlands' move shows that increasingly, countries are recognizing that aligning with the US is not the optimal path for technological development. The rise of Chinese technology offers alternative choices and directions for other nations.

The US attempted to maintain its technological hegemony through control of key technologies and supply chains. However, China's breakthroughs in core technologies are gradually breaking US monopolies and changing the global technological landscape. China's enhanced independent innovation capabilities not only fuel its own technological development but also inject new vitality into global technological advancement.

China's rapid technological development is a result of its own efforts and reflects global technological trends. In a globalized context, technological innovation is no longer the exclusive domain of a few nations but a collaborative effort of global technological forces. China's rise will promote global technological innovation and propel world technological development into a new phase.

The US's suppression of Chinese technology may ultimately backfire. This suppression not only failed to curb China's technological development but instead accelerated its independent innovation, hastening breakthroughs in key technological areas. The Netherlands' "betrayal" further signals that the US strategy to maintain technological hegemony faces greater challenges. The future will see fiercer global technological competition, and the rise of Chinese technology will profoundly reshape the world's technological landscape. This is an era of challenges and opportunities, and the future of Chinese technology is promising. Whether the US can reverse the situation remains to be seen. But what is certain is that the era of global technological competition has arrived, and China is ready.

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