Will China’s Scientists and Technologists Ever Be Truly Innovative?

The Citizen's Guide to the Future
Oct. 12 2012 3:49 PM

Will China’s Scientists and Technologists Ever Be Truly Innovative?

Panel
From left: Adam Segal, Denis Simon, Yifei Sun, and Steve LeVine.

Eliza French/New America Foundation.

Just this week, a House of Representatives committee issued a report warning the United States against doing business with two major Chinese tech firms, ZTE and Huawei. The companies were closely tied to the Chinese government, the report said, and could be stealing information from the U.S. government and American businesses.

Torie Bosch Torie Bosch

Torie Bosch is the editor of Future Tense, a project of Slate, the New America Foundation, and Arizona State that looks at the implications of new technologies. 

Against that backdrop, today Future Tense—a partnership of Slate, the New America Foundation, and Arizona State University—held an event called “Arms Race vs. Relay Race: What Does Innovation Hold for China?

In opening remarks, Steve LeVine, Washington correspondent for Quartz magazine and a Bernard L. Schwartz fellow, established the questions for the day: Can China ever become an “innovation juggernaut,” just as it is a world leader in manufacturing? Does “innovation” have to mean breakthroughs, or is incremental innovation—small tweaks on Western-made technology to make it cheaper and sometimes better—enough? And should the rest of the world be worried?

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Our speakers—Yasheng Huang, a professor of international management at MIT; Denis Simon, vice provost for international strategic initiatives at Arizona State University; Adam Segal, senior fellow for Chinese studies at the Council on Foreign Relations; and Yifei Sun, associate professor of geography at California State University-Northridge—debated those topics for the hour and a half that followed. As they explained it, there are many social and political obstacles to China’s quest to become a leader in innovation. For instance:

-Creativity isn’t encouraged: Segal argued that while we focus on the “hardware”—the more tangible results of innovation, like patents filed—China needs to focus on the “software” problems of culture. In China, researchers aren’t urged to think creatively, nor do they feel free to fail. “No risk, no reward” may be a cliché, but it is also a truism.

-Quantity is valued over quality: According to Huang, the number of journal articles published by Chinese researchers has exploded in recent years. But outside of the life sciences and biology, the level of impact from this research has remained fairly flat—indicating that the research is not high-quality. In part, this may be because researchers are paid per publication, so repetitive research and short-term work is incentivized.

-Intellectual property rights are not respected: Since patents and copyrights are frequently violated, there is less incentive to create.

China’s leadership understands all of these things, said Segal. In fact, they have probably visited Silicon Valley “more than anyone,” he joked. Accordingly, China’s 2006 mid- to long-term plan for science and technology development  emphasized the need for better intellectual property protection, for startup culture. But politically, introducing these elements will be very difficult—especially, as Simon noted, because the politicians have other significant worries on their minds, like domestic protests. Still, they understand that the “transition to a knowledge economy” is critical, and accordingly they want to be the No. 1 or No. 2 country in the world for innovation by 2049—China’s centennial. That’s one reason why they are expanding investment into R&D, going from 1 percent of GDP for a long time to 2 percent of GDP in 2011. But China isn’t doing this only for financial reasons, according to Segal—the country also wants not to have to depend on the West for its technological and scientific needs.

There are some positive signs here for China. For instance, Simon said that more and more research funding is coming in at the local level, not from the national government—a “systemic change,” he termed it. And while many Western companies opened their research labs in China initially because the government effectively made it a condition for selling goods in the country, said Sun, they are increasingly producing interesting work. No breakthroughs yet, he acknowledged, but they may come soon. China’s most successful fields—nanotechnology, life sciences, biology—are those that have been open to international collaboration.

So is this really an arms race? It depends, said our panelists. Many in the West see China as a “scary dragon,” said Sun. He pointed out that while Western economies have faltered, China’s has continued to grow rapidly, which is why so many in the U.S. are in “panic mode.” But if China “plays by international rules,” said Segal, the world will win. But if the Chinese carry out industrial espionage, violate intellectual property rights, and otherwise go against international norms, then “they are a threat”—especially to the United States. But there is reason for everyone to hope that, and try to make, it will work: As Simon put it, there are few, if any, global problems that can be solved without “close collaboration between the United States and China.”

Watch the entire event on the New America Foundation website.

Future Tense is a partnership of SlateNew America, and Arizona State University.