■"Have Supercomputer, Will Travel: A technology pioneer leaves the U.S. for opportunities in China,"," by John Markoff, New York Times, 1 November 2004, p. C1.
Some readers will ask me why I concentrate so on the Times, Journal and Post, and my answer is essentially two-fold: (1) when the subject I am tracking or hypothesizing about (in effect, I'm waiting for that article to be written) appears in one or more of these three papers, then I know it's really out there in terms of the mainstream media (so, in effect, these three papers become bloggers of record for me), and (2) these three papers simply field the best journalistsóyear in and year out.
I always read John Markoff in the Times, because his pieces are always right on the edge of my understanding of trends in technology. Today's piece is a good example, because it captures something that makes intuitive sense to me: if you want to be involved with cutting-edge technologies, then New Core powers are great places to be because there you're talking not just about countries struggling mightily to catch up, they're also attracting the most risk-accepting investment flows in the Core and that money is going to players most willing to place big bets on technologies that deal with the biggest problems the Core is facing right now.
Why is that? New Core economies are full of players trying to break into established markets, so they need to come up with compelling products that meet compelling needs. That's because New Core states are more under the gun than Old Core states to deal with the most pressing issues of mature developmentólike environmental damage, the push for hydrogen, new forms of urban architecture and development, etc. These issues are all far more compelling for China and India because of the explosive nature of the economic growth there, which triggers lotsa social and political change and pressures.
So you get this interesting phenomenon of the best tech brains that once came to America because that was the one great place to do what motivated them most (to innovate) now returning to their New Core homelands. This article is about a supercomputer genius, Taiwan-born Steve Chen, deciding to emigrate to mainland China because that's where the work andómost importantlyóthe funding is taking him:
Supercomputing is being seized upon by the Chinese government to help speed the nation's transition from low-cost manufacturing to becoming a more powerful force in the world economy. China's leaders know that high-speed computing is essential to global leadership in scientific fields and advanced design of a variety of sophisticated products.
"Right now the Chinese have started to pay attention; they are catching up and they learn fast," said Mr. Chen, 60 . . ..
How does the Pentagon come to understand this trend? No surprise: they only see the military application threat:
Military intelligence experts in this country have long been concerned that supercomputing capabilities may aid China's weapons development. But many technologists and economists say that blazing computing speeds alone do not represent a particularly new nuclear weapons threat. Instead, they are more concerned that the Chinese may catch up more quickly with the United States in areas that have economic and scientific, rather than military, ramifications.
The latter analysis being what I mean when I say the Pentagon needs to move beyond defining war solely within the context of war instead of within the context of everything else. The future of any conflict or competition with China isn't going to be about their catching up or surpassing us in killing technologies, but in connecting technologies. And by that I mean technologies that allow China to become more pervasively connected to the global economy than we are.
For now, China's connectivity is mostly about sucking up raw materials and sending out manufactured goods, whereas America's has long been about exporting technology + media/cultural content and importing consumer goods. China aims to break into the exporting technology market and that connective influence will likely define China's global reach far more than any imaginary military power projection.
Such computing now occupies a central role throughout the global economy, providing stark proof that decades-long American attempts to control the flow of advanced information-processing technologies are largely moot. It is only a matter of time, experts says, before companies in places like China, India and Russia essentially match the capabilities of the American and Japanese leaders.
"When they really get noticed," said Horst D. Simon, director of the computation center at the Lawrence Berkeley National Laboratory in California, "will be when a country like Malaysia or Australia decides to buy a supercomputer from a Chinese company like Mr. Chen's rather than from I.B.M."
Bingo!
Isn't it amazingóas well as counter-intuitiveóto remember back to the time when our policy towards the old Soviet bloc was: "For God's sake, don't let them get their hands on information technology!" Whenóin the endóthat was the very thing (that Information Revolution) that served as the downfall of the socialist, centrally-planned economic system? The Sovs could boss their way through the industrial and petro-chemical revolutions, but what they could never master was the info revolution, because it demands horizontal connectivity from a system that inherently distrusted all such bonds.
Thank God, I say, that we were as unsuccessful as we were, because with the old socialist system dies the state-based war system of the 20th century. What comes in its place may seem more complex, at first glance, but that only means we haven't enunciatedómuch less masteredóthe new rule sets that define this era. For while mutual-assured destruction and the old Cold War concepts of deterrence effectively rule out great power-on-great power war, they don't rule out the everything else that we confront today. In fact, by disconnecting the escalation phenomenon from war, we entered into a new age with the fall of Soviet blocóone in which lighting a nuke in a major US city would not automatically segue into global nuclear Armageddon (hence we're safer in the ultimate sense even as we're more vulnerable in the proximate senseóunless, of course, you happen to reside in THAT city!).
The key now is to figure out how to reduce that proximate vulnerability as well (transnational actors looking to use WMD), and that's what PNM is all about.
You know, when I was in China, I was told by my hosts that my material and vision were too sophisticated for American audiences, meaning requiring too much of a balance between opposing concepts (or what they call the yin-yang). One of the international relations experts said I'd be better off working for the Chinese, because (1) they'd understand my stuff better and (2) China has more pressing and challenging processes to master in terms of their foreign policy (meaning China offers IR experts like myself a tougher nut to crack!).
It's true that trying to sell the Theory of Peacefully Rising China is hard (I won't tell you how many China experts on my side will tell you it's all a ruse to confuse us as China prepares to rule the world . . . or is it just retake Taiwan?), but frankly, I find I have my hands full with just trying to see the Theory of Benevolently Dominating America.