China's Tech Ascent Challenges US Innovation Assumptions

China's technological advancement now presents a direct challenge to firmly established American assumptions regarding innovation. This shift occurs as the United States approaches its 250th anniversary, amidst a global order increasingly shaped by its relationship with China. This situation prompts an examination of hard technology and soft power ties between the two nations.

Credit: UNSPLASH

Vincent Chow, reporting for SCMP, indicated China's increasing ability to contest fundamental American views on innovation and technology. This competition carries significant historical stakes. It is particularly evident within the domain of artificial intelligence. The broader narrative surrounding China's technological prowess has undergone a notable re evaluation in recent times, prompting widespread discussion among experts.

In 1969, Joseph Needham, a distinguished British sinologist, formulated a series of inquiries about China that became known as the "Needham Question". This intellectual framework sought to reconcile China's past technological eminence with its status in the mid 20th century. Its core inquiry explored why the 18th century Industrial Revolution happened in Europe. It questioned why it did not originate in China, a country that had led global technological innovation until the 15th century.

But Needham's thorough question also delved into the causes for the centuries long stagnation of scientific and technological development within China. This period of reduced progress followed an era where China had consistently outpaced other nations in scientific discovery and practical applications. The reasons behind this historical slowdown have been a persistent focus for scholars examining global innovation patterns.

Erik Baark, a professor emeritus at the Hong Kong University of Science and Technology, has devoted much of his professional life spanning decades to the study of Chinese innovation and technology. His extensive research has contributed considerably to the academic understanding of the region's scientific and industrial landscape. Professor Baark's work directly builds upon, and in some respects, diverges from, earlier scholarly traditions concerning China.

At a recent guest lecture delivered at the Hong Kong Baptist University, Professor Baark introduced an alternative perspective. This new line of inquiry effectively inverted the premise of Needham's original question. Baark proposed a fundamentally different set of considerations for the audience. He called for a re evaluation of established historical and contemporary narratives concerning China's role in global scientific progress.

And Professor Baark, also recognised as the author of *Innovation and China's Global Emergence*, articulated his revised central inquiry with clarity. He posed the question of why China now demonstrates such a significant capacity to contribute substantively to global science and innovation. Furthermore, he highlighted the discernible presence of what he termed an "alternative dynamism" within Chinese innovative practices and research.

For many decades, Western observers frequently expressed scepticism regarding China's inherent capacity to innovate. These critiques often extended to China's ability to develop genuinely original technologies. Common assertions included claims that China was primarily capable of replicating Western technological advancements or that its progress relied excessively on substantial government subsidies. This perspective often framed China as a follower, rather than a leader, in global technological development.

This Western scepticism is now undergoing a thorough re evaluation. China's current technological trajectory, particularly in areas like electric vehicles and robotics, challenges these established assumptions. The emergence of this "alternative dynamism" suggests a marked departure from previous views about China's role in global innovation. This evolving reality presents a complex challenge to established Western perspectives on technological leadership, economic models, and future development paradigms.

So the current situation compels a broader re examination of global technological competition and leadership. It also necessitates a deeper understanding of China's distinct approach to scientific and innovative progress. The historical "Needham Question" has thus been notably reframed for the present era. This reframing signals a pivotal moment in the ongoing international discourse regarding technological capabilities and the future of global innovation. It indicates a potential shift in industrial revolutions from traditional Western centres towards new geographies.

• China's technological rise challenges longstanding American assumptions about innovation.

• Joseph Needham's 1969 "Needham Question" explored why the Industrial Revolution occurred in Europe, not historically advanced China.

• Professor Erik Baark has inverted this inquiry, questioning China's current global contributions and "alternative dynamism."

• Western observers historically doubted China's capacity for original innovation, often citing reliance on copying or government subsidies.

• This re evaluation of China's innovation role is taking place as the US marks its 250th anniversary.

Source: SCMP