News on China's scientific and technological development.

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The Washington Post reports that some in Washington are wringing their hands with worry over China’s seemingly insurmountable assault on U.S. high tech manufacturing jobs. But this report ignores four essential areas where the U.S. has enormous advantages over China.

Why is Washington worried? According to the Post, the U.S.’s National Science Board (NSB) reported that U.S. high-tech manufacturing jobs tumbled 28%, or 687,000, between from 2.45 million in 2000 to 1.77 million in 2010.

And the report highlighted three trends that disturb Washington. I summarize them below and point out why they are not such frightening concerns:

* R&D expenditures in China and nine other Asian countries now match those of the United States. Big company R&D is generally not a particularly productive way to spur innovation — venture capital is far more effective and there is little of it in Asia.
* Chinese engineering PhDs more than doubled, and they now “far exceed the number awarded in the United States.” The real question is who employs those PhDs — in the U.S., plenty of them have been going to Wall Street and if the ones in China go to start successful technology ventures, then they could threaten the U.S.’s high tech lead. But what really matters is which country creates the best environment for start-ups.
* The number of research workers for U.S.-based multinationals working overseas has more than doubled. I don’t think this is a concern since whatever new products those research workers come up with can produce new jobs all over the world.

In short, the NSB report strikes me as much ado about nothing. Moreover, the U.S. government should not be using its resources to try to counter what amounts to a phantom threat. Instead we should recognize that the U.S. is the world’s best place to turn ground-breaking technologies into products that make business work better and enhance the lives of consumers.

To understand why that is, it helps to have a broader context for comparing countries and regions. As Srini Rangan and I described in our book, Capital Rising, one way to frame that context is to think about why capital flows to countries and regions.

In answering that question, we found that economic growth is one big reason. Another is the relative strengths of their entrepreneurial ecosystem (EEs) — consisting of four factors: corporate governance, financial markets, human capital, and IP regime.

To get a closer look at how EEs differ in several of the Asian countries mentioned in the NSB study, I bring some fresh exposure. Between January 3rd and 13th, I led 25 Babson College MBAs to meet with start-ups, capital providers, government officials, and professors in a so-called offshore elective dubbed the Hong Kong/Singapore Start-up Strategy Offshore Elective.

A comparison of the EEs of the U.S., Hong Kong/Singapore, and mainland China, reveals that the U.S. has advantages in four key areas. Here’s how:

* Corporate governance. In the U.S., minority investors can offer stock options to key people. While Hong Kong and Singapore have clear laws that support good financial reporting, there is not a well-established way to give stock options to key people. And in mainland China, neither the stock options nor the rule of law are well-established.
* Financial markets. In the U.S., Hong Kong and Singapore financial reporting standards are stricter than in mainland China. This has tripped up many Chinese companies that may be used to engaging in business practices that get them into legal trouble if they list their shares in the U.S. And while Hong Kong and Singapore have good reporting, in contrast to the U.S., they lack deep financial markets for providing capital to start-ups and profitable exits for capital providers.
* Human capital. China, Hong Kong and Singapore produce considerable technical talent. But the culture in these countries drives that talent into working for big companies that pay high salaries – such as investment banks and consulting firms. In Singapore, if a company goes bankrupt, the founder is likely to be permanently ostracized from the established business community.
* IP regime. The U.S.’s IP regime is hardly perfect but it’s better than it is in China as are the ones in Hong Kong and Singapore. While here companies use each other’s patented IP quite often, there is at least a court system where patent disputes are often settled through a combination of cross-licensing and cash payments.

Simply put, thanks to its superior corporate governance, financial markets, human capital, and IP protection, the U.S. is the world’s best place for high tech innovation.

This means that China’s high tech entrepreneurial talent will likely be drawn to the U.S. — although we risk losing that talent unless we implement a Startup Visa program that would let that technical talent stay here if it can raise $250,000 here.

Meanwhile, Apple (AAPL) manufacturing partner, Foxconn, demonstrates that low wage high tech manufacturing jobs in China will stay there as long as the pay is low enough. As China’s wages rise, those jobs will go to Bangladesh and Vietnam where the pay is “globally competitive” — e.g., the world’s stingiest.

If China ever overcomes its four high tech competitive disadvantages, then the U.S. is in big trouble. And Washington should watch closely to see if China’s making progress there. In the meantime, it should pass the Startup Visa Act — I figured it could help create 8.8 million new jobs.
 

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Shanghai Heavy Machinery 450-ton electroslag remelting (ESR) furnace is the world's largest

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China manufactures the world's-largest ESR (ElectroSlag Remelting) furnace at 450 tons.

Shanghai Heavy Machinery (SHM) 450-ton electroslag remelting furnace is the world's-largest ESR furnace. It is indigenously designed and manufactured. SHM owns all of the intellectual property rights. SHM's ESR furnace can produce a 450-ton ingot with a maximum diameter of 3.6m, height of 6m, and is equivalent to a 600-ton ingot from "vacuum cast" method. This meets the current tonnage of the world's-largest forging ingots used.

The ESR technique passes a current through the slag and the heat generated from the resistance of the material serves as a heat source for melting. Its main purpose is to purify the metal and produce dense homogeneous ingots. ESR ingots have high purity, low sulfur, non-metallic inclusions (excluding ingot surface) is smooth, clean uniform density, uniform microstructure, and chemical composition; with the segregation of small ingots of high purity.

The SHM 450-ton ESR remelting furnace has greatly enhanced Shanghai Electric's large-forging manufacturing capacity to produce equipment for the second- and third-generation gigawatt nuclear generating units' low-pressure turbine rotor, rotor, evaporator tube plate, and other major nuclear power roll-forging equipment; such as electric utility equipment and large-slag ingot requirements.
 

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In May, 2009, the DL250 NC 5-meter extra heavy horizontal lathe which was developed by Wuhan Heavy Machine Tool Group Co., Ltd for the key equipment of national important project of during the Eleventh Five-Year Plan has been put into service, and after four-month running, it is in good condition. The successful running of this equipment is significant for the improving of the level of the equipment manufacturing industry in China and for the enhancing of the national defense and security as well as the industrial security.

The DL250 NC 5-meter extra heavy horizontal lathe is the new product developed by Wuhan Heavy Machine Tool Group Co., Ltd, which is the largest extra heavy horizontal lathe in the world so far. It can be applied widely in the water power industry, nuclear power industry, ship industry and spaceflight industry. The total weight of this lathe is 1,450 tons. Only the spindle box is 177 tons. The radial runout of the spindle end surface is within 0.008 mm. The largest rotary diameter is 5 meters. The largest load it can carry is 500 tons. Besides the basic function of the heavy horizontal lathe, it can carry out the NC machining of tapered surface, curved surface, the step shaft, groove and sculptured surface.

3950232854_a49a0c1e40_o.jpg
 

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The low-cost magnetically levitated (maglev) train made by Zhuzhou Electric Locomotive Co. Ltd. of China South Locomotive and Rolling Stock Corporation (CSR).

A low-cost magnetically levitated (maglev) train that is more environmental-friendly than conventional ones made its debut on January 20, 2012.
Made by a locomotive producer in central China's Hunan province, the three-carriage train is designed to run at a maximum speed of 100 km per hour and carry 600 passengers.

The new train was much quieter than conventional ones, said Xu Zongxiang, general manager of Zhuzhou Electric Locomotive Co. Ltd. of China South Locomotive and Rolling Stock Corporation (CSR)

According to Xu, his company's has minimized the risk of the new maglev train derailing or overturning.

The maglev train has a minimum turning radius of 50 meters and can easily run in residential communities or on hilly slopes.

Beijing is building a maglev route on its western outskirts. The line will be operational next year.

Shanghai runs the world's first commercial maglev system on a 30-km stretch between the downtown business district and Pudong airport. The German-made maglev went into operation on Dec. 31, 2002.
 

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JIER of China becomes the first non-German supplier of complete sets of press equipment to Ford in its US plants in 20 years.

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JIER Machine Tool Group Company, a leading manufacturer of machine tools in China, has won an order from Detroit-based Ford Motor Company for five large-scale automatic press production lines at two of its factories, the company's president Zhang Zhigang announced on Dec. 29.

It is the first time in nearly 20 years that Ford Motor has bought complete sets of press equipment from a country other than Germany.

JIER will finish the turnkey project, namely delivering the five production lines to Ford Motor in a ready-to-use condition by 2013.

The U.S. automaker's order is the single largest export order that Chinese machine tool producers have ever received.

Among the five press production lines, which will reach top-grade international level, one will be installed at Ford's new factory in central United States, and it will be the factory's only press line.

The other four will be installed at the Ford River Rouge Complex in Detroit, the oldest factory of Ford Motor and a symbol of the U.S. automobile culture, to replace its existing press lines.
 

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Global Research Awards Showcase China’s Gains and Efforts to Retain Scientists


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China’s government has thrown billions in recent years into building a top-notch research establishment, hoping to keep its best scientists working here and lure back those who are abroad.
Now comes a hint that that effort is beginning to pay off.

The Howard Hughes Medical Institute, one of the world’s most prestigious research foundations, announced Tuesday that it was honoring 28 biomedical researchers who studied in the United States and then returned to their home nations. Each will receive a five-year research grant of $650,000.

Seven — more than any other nation — are from China.

“They’re incredibly energetic, extremely smart, highly productive and accomplished,” Robert Tjian, president of the institute, said of the Chinese winners in a telephone interview. The 28 are receiving the institute’s first International Early Career Scientist awards.

Founded in 1953 by the eccentric industrialist Howard Hughes, the institute, headquartered in Maryland, is one of the largest philanthropies supporting biomedical research. With an endowment of $17.5 billion, it dispenses about $700 million a year in grants to more than 350 researchers.

Portugal and Spain are each home to five of the winners of the new award. Dr. Tjian said those nations and China have made unusually strong efforts to excel in biomedical research. Italy and South Africa had two winners each, and Brazil, Poland, India, Hungary, Chile, South Korea, and Argentina each had one. The number of applications submitted by scientists from China was matched or nearly matched by scientists in some of the other eligible countries, the institute said.

Four of the seven Chinese winners work at China’s new National Institute of Biological Sciences, which is led by an American-educated scientist, Wang Xiaodong. The remaining three work at Beijing’s Tsinghua University, the Wuhan Institute of Physics and Mathematics in Hubei Province, and Nankai University in Tianjin.

Their research disciplines range from cell genetics to cell proteins and cell mechanics; from immune systems’ behavior to the human genome.

The international awards are an offshoot of a similar Hughes Institute program aimed at promising American scientists. The vast bulk of Hughes grants go to American-based research, Mr. Tjian said, but officials wanted to encourage work in other nations that are supporting high-level science and encourage collaboration between scientists in different nations. They also hope to promote American research tenets — challenging conventional wisdom and authority; rigorous discipline; transparency — abroad.

The number of winners from China, he said, reflects China’s “big investment in research” as well as other factors.

“Young people go where they can flourish the best,” he said. “And those countries have been able to attract young scientists trained in the U.S. to go back.”

“That’s a big hurdle. It used to be that people thought people came here and never went back. But I think now that is starting to change.”

Some of the award winners agreed. “I think it’s very obvious in recent years, and we’re very happy to see that,” Wang Xiaochen, a former doctoral student at the University of Colorado who is now at Beijing’s National Institute of Biological Sciences.

While many if not most Chinese doctoral students who choose to remain in the United States after their studies, she said, in China, “I don’t have to apply for a grant,” while in the United States “the funding situation already is very tough.”

“I think I’d have opportunities, but I’d have to spend a lot of time applying for funding. Here, I don’t have to apply for my own funding. So it’s an easy decision for me,” she said.

Competing for research financing serves a purpose, helping identify worthwhile projects. The United States remains by far the preeminent scientific research locale, financing more than one third of research and development worldwide last year, according to the Battelle Memorial Institute, which is based in Columbus, Ohio, and manages 14 American research laboratories and one in Switzerland.

But a 2010 Battelle report stated that American spending on research was reaching a plateau, while China was overtaking Japan as the second-largest financier of scientific work. Over all, the report stated, the United States spent close to $396 billion on research and development in 2010, compared to about $141 billion in China.

China’s expenses are rising quickly — about 9 percent in 2010-11, the report estimated — while American spending was projected to rise at a 2.7 percent rate.

Many federal research agencies received budget cuts last year, including the White House Office of Science and Technology, which was sliced 30 percent after the Republican-controlled House of Representatives expressed unhappiness over American scientific exchanges with China.

The chairman of the House committee supervising that budget, Representative Frank R. Wolf of Virginia, called such exchanges “a bilateral program with Stalin.”
 
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A company in northwest China's Shaanxi province has hailed a major milestone in its history of aircraft component production as a sign of its leading status in the market.

Xi'an Aircraft International Corporation (XAIC), a subsidiary of China Aviation Industry Corporation (AVIC), has turned over 2,000 737NG (Next Generation) vertical tails to the Boeing Company as of Friday.

"It means that XAIC has mastered international advanced airplane components manufacture techniques and is becoming a strategic partner of aircraft enterprises known around the world," said Jiang Jianguo, XAIC president.

The 737NG vertical tails are widely used by various kinds of airplanes, such as Boeing 737-700, 737-800 and 737-900.

Currently, about two-thirds of the vertical tails of the operating Boeing 737 aircraft in the world were made by XAIC, said Jiang.

XAIC signed its first production contract, for 1,500 vertical tails, with the Boeing Company in 1996.

XAIC has become the major supplier of some renowned aircraft manufacturers, and has turned over more than 8,000 aircraft components to Airbus, Bombardier and Alenia Aeronautica.

XAIC also turned over the first 747-8 vertical tail to the Boeing Company Friday, marking a great breakthrough in production of tails for large aircraft.

In recent years, the inland province of Shaanxi has beefed up its efforts in developing its aviation industry. Shaanxi is home to one of China's leading aircraft makers, AVIC Xi'an Aircraft Industry (Group) Corp.
 
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ZTE, Huawei gaining smartphone market share in Europe


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Google is now reporting a heady 700’000 Android device activations per day. How is it possible the mid-tier Android vendors cannot eke out revenue growth with that kind of global Android unit explosion still going on?

The most likely explanation is the rapid expansion of the low-cost Android phone vendors, particularly ZTE and Huawei. In 2010, Vodafone and Orange decided to give these Chinese companies a shot at becoming mainstream vendors in Europe. The experiment was a wild success – several of the models and particularly the ZTE Blade (which Orange named “San Francisco”) became bestsellers by pushing smartphone pricing to new lows.

The current state of the UK pre-paid market reflects the sea change gripping the European smartphone market. It demonstrates why Sony and HTC are being marginalized so rapidly. The Huawei Blaze is now selling for 60 pounds without contract – and it features a 3 MP camera and a 3.2 inch display. It’s only 11 mm thick; a far cry from the chunky low-end smartphones consumers are used to.

HTC Wildfire S costs 130 pounds. Blackberry Curve 9300 costs 145 pounds. Sony Ericsson Walkman Mix costs 65 pounds; but it features a smaller display, lower pixel density and is 3 mm thicker than the Blaze. Established smartphone vendors that have been in the handset business for more than two decades cannot match the price/quality ratio that the Chinese Android vendors offer.

ZTE is now targeting 80 Million handset volume in 2012 – and 100% smartphone volume growth. ZTE Blade became the second-best selling W-CDMA phone in China last summer and is now cruising towards 10 million units sold globally. The ZTE Skate is off to an even faster start. And ZTE is actually behind Huawei in China – these two combined are likely to hit 25% share of China’s handset market by summer. By elbowing out old champs like Motorola and LG in China, Huawei and ZTE are building production scale they can leverage to undercut rivals even more aggressively in the rest of the Asia.

ZTE and Huawei are in the process of crushing the mid-tier Android competition, but they are also eyeing other device segments. ZTE’s Windows model Tania is debuting in the UK at the monthly contract rate of 10 pounds – half of what the Nokia 710 will cost.

After strong gains in Europe and China, the Chinese vendors are now going to attack the US smartphone market in 2012. Squeezed between Apple and Samsung at one end, the Chinese low-cost vendors at the other, mid-tier vendors may be about to demolished. LG, HTC, Motorola, Sony – their bad 4Q11 performances are just a prelude to a devastating 2012. It would not be surprising if Google opts to wind down Motorola’s handset operations sometime over the next two years and Sony bails out entirely.

ZTE and Huawei demonstrated in the UK market last year just how little brand loyalty consumers have when they see a white label smartphone undercutting second-tier brands by 30-60%. We are likely to witness a US sequel to this phenomenon this year. Globally, the industry could well witness smartphone ASP erosion that is substantially faster than projected.

---------- Post added at 11:43 PM ---------- Previous post was at 11:38 PM ----------

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China's Huawei has been allowed to acquire the Centre for Integrated Photonics (CIP), the UK's world-leading photonics research laboratory, for an undisclosed sum.

The optical networking research unit is currently owned by the East of England Development Agency (EEDA), but is being sold as part of a larger rationalisation of assets. The cash-strapped British government is axing all UK regional development agencies by this March, to save money.

Huawei said CIP will "significantly deepen" its optical research and development capabilities. The CIP research team, located in Ipswich, will be retained and will form the core of a new Huawei UK R&D centre, part of Huawei’s global network, according to the firm.

CIP has a reputation as a world-class incubator in fibre optic transmission systems, and carries out cutting edge research work in this high tech area. Telecom operators BT and Virgin are investing significantly in converting their national broadband networks to fibre optic-based delivery systems.

EEDA’s chairman, professor Will Pope, said: "Following re-structuring and investment in the business we’re very pleased to find such a prominent acquirer for the company where the skills of the staff and the accumulated know-how are to be exploited on an international scale."

The fact that a taxpayer-funded leading research business has fallen into foreign hands may raise eyebrows in some quarters, particularly as CIP is a research leader in the rapidly growing optical networking sector.

Pope said the deal with Huawei followed a "rigorous and competitive tender process which has generated a positive return for the taxpayer".

Victor Zhang, CEO of Huawei UK, said: "Currently, Huawei has six research facilities in Europe. I’m confident that CIP’s strong research abilities and its talented staff will further extend our European research presence to the UK."

Last year Huawei won a racial discrimination case in the UK, following an investigation by the Southampton Employment Tribunal. Fibre optics specialist Judeson Peter, who was made redundant from the company’s Basingstoke office, claimed he had lost his job because he was British.
 

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About 73,000 people in Beijing applied to take the National College Entrance Examination this year, 3,000 fewer than last year, as studying overseas has became a fad among Chinese students, Beijing News reports.

While the total number of applicants for the entrance exam for Chinese universities dropped 20% this year, the number of applicants from the city registered a fall for the sixth consecutive year, according to data from the Beijing Education Examination Authority.

Education experts attribute the drop in applicants to the fact that the country's birth rate in the 1990s hit a new low and the number of women of childbearing age has been falling. In addition, an increasing number of high school students are taking higher education entrance exams in foreign countries instead over the past few years.

According to a teacher at the Second High School attached to Beijing Normal University, over the past five years, about 40-50 of the 400 students enrolled at the school every year went abroad for study. Their numbers have been on the rise.

To meet demand for overseas study, several high schools in Beijing have since 2009 begun offering classes catering to students wanting to study abroad. Due to the strong demand for such classes, these schools have expanded their enrollment, said Zhou Xinhuan, the head of the school's international department's student recruitment office.

Zhou added that after the department was set up in May, it expanded its enrollment capacity to 77 students from the planned 67, including 67 students with their household registered in Beijing and 10 non-Beijing students.

The department offers courses in both Chinese and English languages, with some courses taught entirely in English. After graduating, students at the department receive double degrees from the school and can study in the United States after passing examinations.

Zhou Rong, a teacher at a foreign language school in Beijing, said that in 2006, many of the students she taught were admitted to universities in other countries, including Harvard and Yale, with some receiving full-tuition scholarships. This had a major impact on other students in the school.

Studying overseas has become a trend at institutions previously seen as feeder schools for various prestigious universities in Beijing. In 2010, the number of students from the High School affiliated to Renmin University of China admitted to tertiary education institutions rose from 50 to 70.

A survey released earlier this year showed that among those who intended to study abroad, 70% planned to pursue university studies after graduating from high school, while 24% planned to continue their high school education. Of these, 50% wanted to study in the United States.

The reasons for seeking to study overseas were to gain a better education (cited by 67%); to improve their competitiveness in a given vocation (38%); and to escape the pressure of further education in their home country.

According to the figures, 840,000 people dropped their plans to take the National College Entrance Examination in 2009; while 1 million people did so in 2010. The percentage of people not choosing to take the examination reached 21.1% of eligible candidates.

For families with Beijing household registrations, sending their children to study overseas may be seen as a dual insurance, while those without the security of a registration in the capital may feel forced to send their children overseas.

According to regulations, high schools can only enroll a few students from families registered in Beijing. Therefore, most students from families not registered in Beijing usually study at high schools' international departments.

Naturally, cost is also a factor and not all families can afford to send their offspring abroad. Costs include about 300,000 yuan (US$47,650) for three-year preparatory schools and about 1.7 million yuan (US$270,000) for an overseas study program at a university.

US statistics showed that foreign students contributed US$20.2 billion to the US economy last year, including US$4.4 billion from Chinese students.

About 200,000 students from China are undertaking studies in the United States, accounting for 22% of the international student body in the country.
 

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In May, 2009, the DL250 NC 5-meter extra heavy horizontal lathe which was developed by Wuhan Heavy Machine Tool Group Co., Ltd for the key equipment of national important project of during the Eleventh Five-Year Plan has been put into service, and after four-month running, it is in good condition. The successful running of this equipment is significant for the improving of the level of the equipment manufacturing industry in China and for the enhancing of the national defense and security as well as the industrial security.

The DL250 NC 5-meter extra heavy horizontal lathe is the new product developed by Wuhan Heavy Machine Tool Group Co., Ltd, which is the largest extra heavy horizontal lathe in the world so far. It can be applied widely in the water power industry, nuclear power industry, ship industry and spaceflight industry. The total weight of this lathe is 1,450 tons. Only the spindle box is 177 tons. The radial runout of the spindle end surface is within 0.008 mm. The largest rotary diameter is 5 meters. The largest load it can carry is 500 tons. Besides the basic function of the heavy horizontal lathe, it can carry out the NC machining of tapered surface, curved surface, the step shaft, groove and sculptured surface.

View attachment 6009

What is this? what is it used for? machining and pressing components?
 
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