China Plans to Surpass the U.S. in Nanotech Development
SoyChemist writes "Sociologists at the American Association for the Advancement of Science annual meeting have reported that China is making major investments in nanotechnology. Their aim is to 'leapfrog' past the United States in technological development by focusing on long-ranging scientific goals. So far, the Chinese government has poured about $400 million into the young field of research. Considering the low cost of equipment and labor over there, that is a very large sum of money, and China's investment is expected to 'rise considerably.'"
I see this being a place where the US will always lag behind due to conservative Christianity and the whole "don't play God" thing.
Not trying to troll, but this sort of research and development is going to happen regardless. Other countries will take up the slack and fill any gap we do not.
Last time China tried a great leap forward..didn't work out so well.
'Number-memorizing Chinese people.'-Anon
Looks like somebody wants more funding and is raising the China bogeyman to do it.
Okay, great. So instead of Grey Goo, we're going to end up with a Red Goo situation?
As someone who has actually worked with academics and entrepreneurs in this field, I call bullshit on this. No professional scientist or engineer I've met has spent a moment's thought on what any putative "don't play God" faction thinks, or even thinks he needs to. There's zero evidence that any such faction, should it even exist outside of your imagination, has ever had any significant effect on technological advancement in this country.
Furthermore, my experience suggests that the Chinese have a much more substantial and real cultural barrier to any kind of technological progress (which is, I think, one reason why a society civilized a thousand years before the West, and having had a far larger population for far longer, has nevertheless consistently lagged behind the West in terms of invention and innovation, at least on a per capita basis).
The problem is that the Confucian tradition strongly reinforcea an acceptance of existing heirarchy, and of paying the utmost respect to your elders and those better educated and more experienced than yourself. This is antithetical to innovation and invention. The only way you can invent something new is by doing something that older and wiser heads think is foolish. (If they didn't think it was dumb, they'd have done it themselves already.)
Consequently true innovation happens only in a culture that does not value established wisdom too much, which is willing to take some chances on a young, hot-headed, crazy contrarian way of thinking. China has a long and strong cultural tradition of valuing established wisdom, and I think that is a much more significant cultural barrier to innovation than any silly Chicken-Little faddish fear that evangelicals are going to rise up and smite researchers working on nanoscopic gears and motors because the latter weren't described in the Bible.
USA lacks national technological goals now and no matter how bright the minds, if they don't have a supporting environment then they will not reach their potential.
China is working as a nation whiich means they will get further with what they have.
Money and equipment don't make for winning. Here's the story of the 1996 Americas Cup: The US team had the might of Boeing (Crays etc) and fleets of white coats to do their math modelling etc. The kiwis had a corner in their warehouse with a couple of SGI workstations. The kiwis achieved more with their math modelling because the math guy was onsite and slept on the floor next to his computers. They used what equipment they had with maximum effectiveness.
Engineering is the art of compromise.
I've seen two areas in which people's ethical or religious beliefs or aesthetics may affect nanotech research - one is what to do about an actually super-human intelligence, and one is fear about the risks of gray goo (and lower-level contamination.) You're at least as likely to have environmentalists panicking about the gray goo problem, and militarists panicking about the need to be able to destroy any super-human intelligences, and theologians wondering how many angels can dance on the head of a nanobot, and while anything you do is going to get *somebody* ranting about it, the religious arguments that are really going to happen when we start assembling nanotech tools to build enough horsepower to run AI are going to be which flavor of open source license will the new brains be running?, and some of our new nanotech overlords are going to be really annoyed if you insist on upgrading their brains. Also, once some of them start asking for citizenship, it'll get entertaining.
Meanwhile, nanotech's more at the level of self-assembling paint and similar materials science types of problems. China's research investment may advance the state of the art, or it may amount to as little as the Japanese Fifth Generation Computing great leap forward in artificial intelligence did.
Bill Stewart
New Fast-Compression-only CPR http://preview.tinyurl.com/dy575ks
"has nevertheless consistently lagged behind the West in terms of invention and innovation
Let's see - China had the sundial, sextant, gunpowder and circumnavigation of the planet under their belt long before the west stopped playing with dolls and you make a claim like that?
They were tossed back to the stone age during world war two, courtesy the Japanese, and basically left to rot by the West - they are just now regaining technical traction. The Chinese used to lead the planet in terms of innovation and they want that honor back. They will leapfrog the industrial revolution and plow headlong directly into the technological revolution while the rest of the world sits and watches.
Nano Tech will require bright minds and very highend industrial technology. Currently, the US leads China in both fields.
The problem with the "bright minds" that the US leads with is that America doesn't really produce them domestically any more. The US imports most of its bright minds nowadays and from where is it getting a lot of them? China.
Sure, some of those bright minds stay in America after they are sharpened in American universities and steeled in American corporations. . .but quite a few go home too. Think about it. . .you are a smart Chinese engineer with a great idea. Do you stay in America to develop your idea; hiring expensive, dumb-assed, lazy, and worthless trailer park punks to staff your fledgling company or do you go back to China to get the ball rolling? Tough decision, isn't it? Not!
Now, about that high end industrial technology. How far behind the US do you really think China is? (Keep in mind that most of the high tech goodies that Americans like to consume are produced in China). Do you think they are 25 to 30 years behind America? Wrong! Try 3 to 5 years behind - at the best! With a population way over a billion and a university system that is growing at warp speed, China is whittling that lead down fast.
Your national chauvinism likely blinds you to the fact, but China has, so far, reached all of the major technological milestones that they have set for themselves. Your comment about "low tech equipment" also suggests that you have not been there lately. Sure, there are still some places in the hinterlands where farmers continue to use water buffalo to prepare their rice fields, but the same is true for Japan. This is actually a good thing and means that China still has an opportunity to preserve some of their cultural heritage before it fades into history by turning some of these communities into domestic tourist destinations. The rest of China, however, is well into the process of becoming a 21st century megapower. You don't have to like that fact, but it is healthier to come to grips with it.
Uh, this is slashdot. Some of us don't think that "ass fuck" is a grammatically correct way of placing the direct object after the verb.
This is no different from Japan, the US's chief ally in the region. Why should China let potentially hostile entities own controlling interest in facilities that may have strategic importance for their entire nation? To be honest, it would be really dumb.
Socially, the Chinese are MUCH friendlier and more 'open' to foreigners than are the Japanese. In none of my time in China was I ever made to feel unwelcome, yet it doesn't take long to see through the artificial politeness of the Japanese and start seeing that they are actually thinking "Damn, when will this gaijin get out of my country?".
"Let's see - China had the sundial, sextant, gunpowder and circumnavigation of the planet under their belt long before the west stopped playing with dolls and you make a claim like that? "
Islam had the astrolab
Islam had sundials.
Islam was circumnavigating the world.
Islam had explosive gunpowder.
This is a good point. Honestly, until recently, the US has performed extremely well with innovation in technology. By and large it is still performing well.
However, the culture in the US has been changing for the worse over the decades, as have education standards and national infrastructure. Festering corruption in financial circles and in political leadership is becoming ever more apparent and attempts for even a moderate return to sanity in government are quashed without much subtlety.
Capitalism can be good. Free and fair markets, rather. But the markets in the US are not free anymore. It's who you know and what you know about them, not the quality of your products and efficiency of production that matters now.
In this way the US is about to exchange places with China (if, of course, China manages to rid itself of a sizeable proportion of its endemic corruption).
Do it yourself, because no one else will do it yourself. [beta blockade 10-17 Feb]
Sextants are derived from quadrants and astrolables, both Arab inventions.
Sundials were used by the ancient Egyptians and it's rather unlikely they got them from China -- it's probably something that's been invented many times in many places.
'Circumnavigation' appears to be an idea from Gavin Menzies' book and has little scholarly support (probably lots of *political* support) even in China and nothing resembling actual evidence, although like the Da Vinci Code it's probably going to be remembered as real history by hordes of idiots.
Manchu China was technologically and politically stagnant for a LONG time before the Japanese arrived, and Ming China had been technologically and politically stagnant for an even longer time before that, which is how the Manchurians were able to conquer China in the first place.
HTH
Whence? Hence. Whither? Thither.
"Worse"? Both capitalism and communism can be, and often are, terrible.
For example, economist Amartya Sen, who won a Noble Prize, did a comparison of India's democratic capitalist experiment with that of the Chinese famine, and the Chinese communist experiment. His work "Hunger and Public Action" estimated the deaths caused by the famines in China to be around 16.5 to 29.5 million. Most estimates regarding the total deaths from the Chinese communist experiment are said to be around 100 million.
Although India didn't have a famine similar to China, Sen notes that "as far as morbidity, mortality and longevity are concerned, China has a large and decisive lead over India", and that "India seems to manage to fill its cupboard with more skeletons every eight years than China put there in its years of shame".
In other words, the democratic capitalist experiment in India from 1947 resulted in more deaths that the entire Communist track record since 1917. By 1979, there were an estimated 100 million deaths in India already.
And before we forget, the Russian capitalist experiment that was prescribed by advisers such as the IMF and World Bank resulted in approximately 3.4 million Russian deaths until about 1998, while others put the figure up to about 15 million premature deaths, with a projected decline of 30% in the population over the coming decades.
The fact is, both systems have had terrible track records.
'If Christ had tweeted the sermon on the mount, it might have lasted until nightfall.' - John Perry Barlow
If you just know "everything" about nanotech, or everything about shakespear you won't know much. But if you, as you say, also know physics, math and chemistry then sure you will be usefull. There are people who know more than just everything about Shakespeare, they might know linguistics, drama, phsycology and perhaps everything about all pop lit authors today.
Are you saying one nerd is better than another?
Quoth the poster "What scares people about China is not that it is getting ahead but that we're open to their citizens but they are not really open to us"
I must disagree. I've been to China, and I'm going back soon. It was _very_ easy to obtain a visa as an American citizen.
I have a very dear friend in China who wanted to come here. She could not obtain a visa - a tourist visa - to visit the USA. The requirements and the questions asked are amazingly intrusive. It is very difficult for a citizen of the PRC to obtain a tourist visa to come to the USA.
Hmm, there have been so many replies already, but I do not really see anyone reporting too much of an inside view.
I have been living/working in China for some time (in a Chinese tech company) and my girlfriend works in one of the few larger Chinese multimedia content provider companies. The development (regarding the complete scientific devlopment, but Nanotech in particular) I see is:
1. The goverment invests a lot in new technologies, but mostly trying to spark corporate investments (they keep their money rather for the Olympic games / military equipment / other means of keeping control of that huge country). So basically I think, the Chinese government could spend a lot more money if they wanted. It is doing the big "blabla" to, one the one hand make their own people happy (kinda propaganda), and on the other hand to fire this wonderful sense of competition the other countries have with the 'Red Giant'.
2. There are a lot of ingenious scientists in China. There is vast number of universities in the country and if a person is really smart, then the chances that he/she will raise to the top are very good. Regardless of the average level of the universities, selection is made and the best people do go to the top universities (Tsing Hua / Beijing Da Xue / maybe Fudan) It is undeniable that there is a huge amount of interlectual potential in the country.
3. On the other hand is the difference in niveau between one of the top universities and one of the average universities severe. The purpose of average universities in China is not to breed excellence but good standard techicians for the factories. So, in contrast to a not so numerous elite, there are a lot of average graduates, who are quite unlikely to make huge discoveries in Nanotechnology etc.
What I want to say with 2. and 3. is, that the scientific progress in China should neither be overrated nor underrated. There is no need to panic because of a future invasion of millions of brilliant scientists from China, nor is there zero potential. This goes for Nanotechnology as well: of course Chinese scientists are also researching the field with sponsorship from the goverment, but for sure they will not come out with THE huge new development like Jack in the box.
Regarding the 'Zi Zhu Chuang Xin': this is not the Chinese way of overstating their potential to the world. If one has ever checked on Chinese names for shops etc. in Shanghai or Beijing you might find a lot of "Zhu's wonderful shoeshop - the best shoeshop in the world". This is just a tradition in giving names, nothing more. Actually some Americans might be quite familiar with this kind of thing..
4. The older generation in China (40 upwards) has lived parts of their lifes in a very limited, sometimes very poor, sometimes very oppressed environment (one child policy only one example): now that the country is opening up this has several consequences (which do have direct impact on the Nanotech debate, I dont wanna be off-topic): People have a tremendous strive to use their new freedom to become as rich as the people they see evryday on tv or cruising their Beamer through Shanghai. This makes them strong and this gives them this energy that the west is so affraid about. This gives them interest in exploring and exploiting new technologies.
5. People grow reckless. Their cultural education was anihilated and forbidden during the cultural revolution. Now, for many people, the only ideal they have is money. It is wrong to think that the Chinese as such stand for their nation and want to exploit the other countries. Nothing could be further from the truth. Most people are fed up with their country. They will act with an ellbow-mentality not only to foreign people but also amongst themselves.
So also for 4. and 5.: People are very strong and forward thinking, but not without their (given the circumstances) quite natural flaws. It is true that many of the average Chinese people will outrun an average westerner in drive to become wealthy and successful. But also
-- LP-Research