Archive for ‘innovation’

22/10/2013

Nasa reverses conference’s ban on Chinese scientists – BBC News

The US space agency has said it will allow Chinese scientists to attend an astronomy conference in California next month, reversing an earlier ban.

Undated artist rendering of Kepler-62e and Kepler-62f, discovered using Nasa's Kepler telescope

Nasa put the earlier ban down to a misinterpretation of its policy on foreign nationals.

Chinese officials had called the rejection of Chinese scientists\’ applications a form of discrimination.

The event for scientists who research planets beyond the solar system will be held at Ames Research Center.

The bar on Chinese scientists, revealed earlier this month, was prompted by new counter-espionage legislation restricting foreign nationals\’ access to Nasa facilities, Nasa spokesman Allard Beutel told the BBC.

The conference will be attended by US and international researchers who work on Nasa\’s Kepler space telescope programme.

via BBC News – Nasa reverses conference’s ban on Chinese scientists.

20/10/2013

China pivots to Latin America

China is tired of US meddling in the west Pacific. This is one of the steps it is taking to rebalance the power-politics between it and the US. Worthy of Sun Tzu.

20/10/2013

China developing 180,000-ton double-hull aircraft carrier

If successful, first in the world.

27/09/2013

China in space: How long a reach?

The Economist: “THE Soviet Union in 1961. The United States in 1962. China in 2003. It took a long time for a taikonaut to join the list of cosmonauts and astronauts who have gone into orbit around Earth and (in a few cases) ventured beyond that, to the Moon. But China has now arrived as a space power, and one mark of this has been the International Astronautical Federation’s decision to hold its 64th congress in Beijing.

The congress, which is attended by representatives of all the world’s space agencies, from America and Russia to Nigeria and Syria, is a place where eager boffins can discuss everything from the latest in rocket design and the effects of microgravity on the thyroid to how best an asteroid might be mined and how to weld metal for fuel tanks.

All useful stuff, of course. But space travel has never been just about the science. It is also an arm of diplomacy, and so the congress serves too as a place where officials can exchange gossip and announce their plans.

And that was just what Ma Xingrui, the head of the China National Space Administration (CNSA) and thus, in effect, the congress’s host, did. He confirmed that an unmanned lunar mission, Chang’e 3, will be launched in the first half of December. This means, if all goes well, that before the year is out a Chinese rover will roam the surface of the Moon. It will collect and analyse samples of lunar regolith (the crushed rock on the Moon’s surface that passes for soil there). It will make some ultraviolet observations of stars. And it will serve to remind the world that China intends—or at least says it intends—to send people to the Moon sometime soon as well.

Mr Ma also confirmed that China plans to build a permanent space station by 2020. Such manned stations are expensive and scientifically useless, as the example of the largely American International Space Station (ISS), currently in orbit, eloquently demonstrates. But they do have diplomatic uses, and that was why Mr Ma reiterated in his speech that foreign guests will be welcome on board his station—in contradistinction to the ISS’s rather pointed ban on taikonauts—though any visitors will first have to learn Chinese. What he did not do, though, was comment on the aspect of China’s space programme that most concerns outsiders, namely exactly how militarised it is.”

via China in space: How long a reach? | The Economist.

See also: https://chindia-alert.org/prognosis/how-well-will-china-and-india-innovate/

22/09/2013

Admiral Cheng Ho (Zheng He)

From Glimpses of HIstory: “Almost all children around the world learn about Christopher Columbus, and how, as the popular poem starts, “In fourteen hundred ninety-two, Columbus sailed the ocean blue”, and how Columbus reached the Americas in October of 1492.  They also learn that he sailed with three ships: the Nina (“Girl”), the Pinta(“Pint”), and the Santa Maria (“Holy Mary”).

Zheng-He_2

All true.  But what is not as well known is that over 75 years earlier a Chinese admiral made several amazing sea voyages.  This admiral was seven feet tall.  He was a Muslim (Muslims were, and still are, a minority in China).  He was born in poverty and had worked as a servant.  And he traveled over 31,000 miles and visited 37 countries (including countries in Africa) – with a crew, a fleet, and ships, all much larger than Columbus’s.

Cheng Ho was born in 1371 with the name Ma Ho.  His great great grandfather was Sayyid Ajjal Shams al-Din Omar, a Persian who was the first governor of Yunnan during the early Yuan Dynasty. His father and grandfather had both made the Hajj pilgrimage to Mecca. Their travels influenced his upbringing, and he grew up familiar with Chinese, Arabic, and Persian.

When he was ten years old, his town was captured by the Chinese army, and he eventually became a servant to Prince Zhu Di, the fourth son (out of 26 sons) of the Emperor of the Ming Dynasty.  He helped Zhu Di in various battles.  After one such battle, Zhu Di renamed him Cheng Ho (also referred to as “Zheng He”), after a place where Cheng Ho’s horse was killed.

In 1402 Zhu Di became Emperor, and one year later Zhu Di appointed Cheng Ho as admiral.  He ordered him to build a “Treasure Fleet” for three purposes: to explore the seas, to make China known to the world as a friendly power, and to establish trade relations with other countries.

Between 1405 and 1433 he led seven voyages.  1622 ships were constructed in Nanjing along the Yangtze River.  The first voyage had a 30,000 person crew, 62 large ships, and 255 smaller ships.  Some of these smaller ships were dedicated to specific purposes such as carrying horses, carrying fresh water, and carrying items to trade such as porcelain dishes, vases and cups, Chinese silk, gold, and silver.  Each of the 62 ships were 475 feet long and 193 feet wide, and each held a crew of 1000.  By comparison, Columbus’s three ships held 90 men each, and the longest of them, the Santa Maria, was 85 feet long.  Cheng Ho’s fleet was so large, that it would not be matched again in history until World War I.”

via Cheng Ho | Glimpses of History.

See also: https://chindia-alert.org/political-factors/

06/09/2013

Chinese boy to get ‘electronic eyes’ after cruel attack

Health24: “A six-year-old Chinese boy who had his eyes gouged out by a woman believed to be his aunt may one day see again after a Hong Kong hospital offered him “electronic eyes”.

Electronic eyes

Hong Kong-based eye expert Dennis Lam said his team would provide the treatment for free to Guo Bin – known as Bin-Bin – who was found covered in blood near his home in the northern Chinese province of Shanxi last month after the horrific attack.

Lam told AFP that future technology could restore up to 40 percent of the boy’s lost vision.

“When I heard about it I was really angry, very upset. I asked myself if I can help,” Lam told AFP.

“Being an eye doctor, my greatest encouragement is when patients can see again,” he said.

False eyes

Lam said that he is still waiting for consent from the child’s parents to bring him to his eye hospital in Shenzhen in southern China where he can be given a pair of false eyes as soon as next week.

Cameras in the prosthetic eyes would relay a signal, based on the shape of objects, to an electric pulse generator connected to his tongue helping him to recognise shapes, Lam said.

He added that the technology is already being used in Japan and Europe.

The final goal is to give the boy bionic eyes linked directly to the brain which will help him partially regain his sight, Lam said, a treatment which is still being developed.

“In the high end it (his sight) could be 20 to 40 percent about ten years down the road. It’s a wild guess. The ultimate goal is to help him to see again.”

Hong Kong’s Cable TV said the boy’s parents were considering the offer.

The little boy went missing after playing outside and his eyes were found nearby.”

via Chinese boy to get ‘electronic eyes’ after cruel attack | Health24.

See also: https://chindia-alert.org/prognosis/how-well-will-china-and-india-innovate/

26/07/2013

Shoulder lights to make police more visible

China Daily:

Shoulder lights to make police more visible

Policemen wear their new shoulder lights at a ceremony to launch the use of the night lights in Southwest China‘s Chongqing on July 25, 2013. The shoulder lights are being used by the city’s police for the first time and will make policemen on patrol visible for 100 meters. Other public security guards will also be equipped with the lights, which can run for five days on two batteries. [Photo/CFP]

22/07/2013

To Remain Tops in Innovation, the U.S. Needs Immigration Reform

BusinessWeek: “As China’s economy catches up with America’s in pure size, it’s worth asking whether China will eventually assume the top spot when it comes to innovation as well. The U.S. retains a strong global lead in research and new inventions, in large part because the U.S. continues to attract innovators from the world over—including from China. But to stay on top, the U.S. needs immigration reform that makes it easier for scientists and technology developers to come and stay in the country.

China is producing ever more science and technology graduates and climbing the global rankings in patent applications

China is churning out ever more science and technology graduates and climbing the global rankings in patent applications. By 2004 it was the fifth-largest producer of academic scientific publications—behind only the U.K., Germany, Japan, and the U.S. And in 2011, China’s ZTE (000063:CH) alone made 2,826 international patent filings—the most of any company in the world.

More global innovation is a good thing for everyone—so there’s no reason to fear China’s increasing technological heft. Regardless, that heft is still a fraction of America’s. According to the World Intellectual Property Organization (WIPO), the U.S. is still first by a big margin in terms of widely cited articles—a measure of the quality of research. China ranks 17th. Per dollar of gross domestic product, the U.S. produces more than six times China’s number of patents that are filed in at least three different countries, which is an indicator of marketable innovation.

In 2012, China earned $1 billion in foreign royalty and license payments—this for intellectual property the country had created that was being exploited by companies elsewhere. Meanwhile, it paid $18 billion in royalty and license payments to foreign firms, for a total deficit of $17 billion. Compare that with the U.S., which ran a $82 billion surplus.

A new paper co-authored by Carsten Fink, chief economist of WIPO, suggests one big reason for the U.S.’s continued lead: The country remains a magnet for global innovators. Fink’s paper studies patent applications filed under WIPO’s Patent Cooperation Treaty, which records more than half of all international applications and lists the residence and nationality of the inventors of more than 4 million patents. Using that data, Fink and his colleague Ernest Miguelez found that in 2010 about 10 percent of inventors worldwide lived outside their country of nationality when making their international patent application. The proportion of international patent applications made from the U.S. by non-nationals was twice as high—around 20 percent. That proportion approximately doubled from 1985 to 2010, and it’s the highest share out of any large economy. It compares with a non-national share of international patent applications of about 2 percent in Japan and closer to 5 percent in Germany and France.

The U.S. is by far the biggest global net beneficiary of innovator migration. Between 2001 and 2010, 14,893 inventors with U.K. nationality applied for international patents while residing in the U.S., for example. And there were three times as many Chinese inventors in the U.S. than British ones. That illustrates the U.S. has done particularly well in attracting innovative talent from the developing world—more than half of the U.S. non-national innovator population comes from countries outside the Organisation for Economic Co-operation and Development club of rich countries.

Still, recent trends are disturbing. Duke University’s Vivek Wadhwa reports that the proportion of high-tech startups founded by Chinese and Indian immigrants in Silicon Valley dropped from 52 percent in 2005 to 44 percent in 2011, in part because more and more Indian and Chinese graduates of U.S. universities are returning home rather than dealing with the hassle of American immigration procedures. The U.S. is becoming less attractive to the very people who help power the U.S. innovation economy.

via To Remain Tops in Innovation, the U.S. Needs Immigration Reform – Businessweek.

See also: https://chindia-alert.org/prognosis/how-well-will-china-and-india-innovate/

20/06/2013

China’s Latest Discount Product: Drones

Will the availability of drones add to or decrease tensions? Will it reduce or increase the chances of open conflict? Wish I knew the answers.

19/06/2013

30-storey building built in 15 days (time lapse) – by China’s Broad Group

See:  http://palladium.bre.co.uk/trk/click?ref=zu2nl520g_0-1c0x34a0x09646&

Massive: An artist's impression of the planned 220-storey Sky City building planned for Changsha, south-east China. The mammoth building is planned to be built in only three months

See also – https://chindia-alert.org/2012/11/24/chinese-company-plans-to-build-worlds-tallest-skyscraper-in-just-three-months/

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