PR China to overtake America to become technology leader
At the rate events are progressing China could well overtake the United states as the number one technology giant within 10 years.
THE current trade conflict between China and the United States is also a fierce two-country contest to determine whether the former would eventually reach parity with, or even topple, the long-standing Number One "technology hegemon" in the world.
In 2017, Chinese company Huawei was one of the top two corporations that had filed the largest numbers of international patent applications.
Judging from previous historical trends, there is no reason to doubt why China would not one day be able to beat the United States in the technology domain. In fact, if we examine both input and output indicators, it is highly plausible that China could catch up to the United States' technology frontiers in perhaps slightly over a decade.
Let us start with input, which typically includes funding for innovations and the availability of scientific talent. According to statistics from the Organisation for Economic Co-operation and Development (OECD), China's total and business research and development (R&D) expenditures in 2016 (latest available data), at US$451.9 billion and US$350.1 billion respectively, were not too far behind the United States' US$511.1 billion and US$363.8 billion respectively. Indeed, last year, the US National Science Board had predicted "China to surpass the United States in R&D investments by end of 2018". Besides massive indigenous funding by the Chinese government and corporates, multinationals operating in China are also pouring money into R&D activities, to the significant amount of US$44.2 billion in 2015. Ironically, notwithstanding frequent complaints about weak intellectual property rights protection and forced technology transfer, American companies spent US$6.9 billion on R&D in China during 2015-2016.
In terms of R&D brain power, US National Science Board's latest data reported that universities in America produced 39,834 science, technology, engineering and mathematics (STEM) doctorates (but an estimated 25 per cent were foreigners) in 2014, while China's universities churned out 34,103 - a very small gap, though some critics might question the quality of PhD graduates from China's academies of higher learning. However, there is evidence to show that the standards of Chinese universities are rising.
For instance, in the Times Higher Education's 2019 World University Rankings, seven institutions from China are ranked among the top 200, with Tsinghua and Peking Universities being conferred the 22nd and 31st positions respectively. With regard to the pool of scientific talent, according to OECD, by 2016, China already had more R&D researchers (1.7 million) than the United States (1.4 million, but many were foreigners). Again, critics might raise doubt about the quality of China's R&D researchers, but the output indicators suggest that they are good match to their American counterparts.
Already in 2017, Chinese companies Huawei and ZTE were the top two corporations that had filed the largest numbers of international patent applications, surpassing Intel and Qualcomm from the United States (No 3 and 5).
Output indicators for technological prowess typically include international patents, number of papers published in top scientific journals, and country rankings by the Global Innovation Index compiled by the United Nations World Intellectual Property Organization (UNWIPO) and Cornell University.
In international patent applications filed via UNWIPO, China had toppled Japan in 2017 to become No 2 just behind the United States. With a growth rate of over 10 per cent every year since 2003, the UNWIPO projected in 2018 that "China is to overtake the United States within three years as the largest source of international patent applications."
As for leadership in scientific research, which underpins technological advancements and innovations, the Nature Index - compiled by Nature, the premier international journal of sciences - which includes every paper published in the world's 82 top-tier scientific journals, reveals that scientists from China had contributed the second largest number of papers (13,434) just behind contributions by US-based scientists (26,623) during the mid-2017 to mid-2018 period. While the gap seems to be large, one should point out that a considerable number of these US-based scientists are not American citizens. Hence, stripping off the paper contributions from non-American scientists working in America, the gulf between China and the United States would close considerably.
Finally, since 2007, the UNWIPO, in collaboration with Cornell University and INSEAD, has compiled a Global Innovation Index that measures 127 countries' relative innovation capacities based on seven input and output variables. In the first year of its publication, the United States was conferred the top position among nations, while China was ranked a lowly 29th, even behind India (23rd) and Malaysia (26th). By 2018 (the latest), however, the United States' position had slipped to sixth, while that of China had shot up to 17th, even beating Canada (18th) and Australia (20th). Should these downward and upward trajectories continue, it would not be impossible for China to converge with, or even outrank, the United States on the Global Innovation Index within a short decade.
Over the past millenniums, as the eminent historian Paul Kennedy has elucidated, empires come and go, great powers rise and fall. No single nation can claim permanent hegemony forever, including that in the technology realm.
The current trade war waged by the Trump administration against China is in reality a campaign to contain China's challenge to the United States' "technology hegemony". But as my analysis of input and output indicators reveals, Washington is fighting a rear-guard battle. My bet is that it will not succeed in pushing back China's ambition to emerge as a technological powerhouse.