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The next man on the moon may well be Chinese

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The next man on the moon may well be Chinese

Since China’s manned space program was approved in 1992, it has moved at breathtaking speed
by Kate Lunau on Tuesday, November 22, 2011 10:10am

On Sept. 29, at a remote location in the Gobi Desert, China launched its Tiangong-1 space module into the night sky. With President Hu Jintao and other dignitaries looking on, China’s Long March rocket blasted off just after 9 p.m.; 10 minutes later, Tiangong-1 (the name translates as “Heavenly Palace”) broke away from the rocket, deploying solar panels for power, and continued into orbit.

In terms of technology, Tiangong-1 isn’t a major step forward. The Chinese spacelab, currently unmanned, has a small compartment where up to three astronauts can stay for short periods; it’s been compared to NASA’s Skylab, launched in 1973, or Russia’s first space station, launched in 1971. But China isn’t dallying: since its manned space program was approved in 1992, it has moved at breathtaking speed. China launched an astronaut into space in 2003, becoming one of just three nations with its own human space flight capabilities (the U.S. and Russia are the other two). Last year, for the first time, it launched more satellites than the U.S., and it’s the only country building a space station by itself. After 2020, China hopes to put a man on the moon. “They’re trying to place themselves in the category of superpower,” says Swansea University’s Michael Sheenan, who studies international space politics. “The Tiangong-1 launch is a step in that direction.”

What China’s space program lacks in technology and experience, it makes up for in financial resources and political will. “It’s very hard to do manned space flight in democracies,” says Joan Johnson-Freese, a professor at the U.S. Naval War College. The Chinese space program is closely linked to its government, which—without an electorate to worry about—has been able to push ahead with its ambitious goals.

China’s outsider status among spacefaring nations might have helped, too. The country has been blocked, largely by the U.S., from joining the International Space Station (ISS), whose members include Canada, Japan, Russia, the U.S. and the European Space Agency. (China has partnered with others, including Russia and the ESA, on other projects.) “In trying to isolate China, we’ve provided motivation to move forward on their own much more quickly,” Johnson-Freese says. With this policy, she adds, the U.S. may have “shot itself in the foot.”

China has publicly stated its space program is peaceful, but unlike NASA, which is a civilian agency, “its manned program is run by the military,” Johnson-Freese says. China faced heavy international criticism after shooting one of its orbiting satellites out of the sky in 2007, demonstrating powerful anti-satellite technology, although it insisted this was just a test. But as much as 95 per cent of space technology is dual use, Johnson-Freese says, meaning it can be used for military or civilian purposes. “If there’s a satellite in orbit, it’s hard to tell whether it’s taking imagery for crop rotation or targeting,” she says. “That worries people, understandably.”

Early in the morning on Nov. 3, as millions of Chinese watched live on state television, an unmanned spacecraft named Shenzhou-8 successfully docked with Tiangong-1, which is designed to practise the docking techniques necessary to run a larger space station. With this, China hit another milestone, becoming the third country after the U.S. and Russia to independently develop space docking technology. Later versions of the Shenzhou craft will be manned by an astronaut, who will dock with Tiangong-1 manually; China plans to put Tiangong-2 and Tiangong-3 into orbit in the next few years, too. Chinese media have reported that astronauts, including two women, are being trained. In the near future, China plans to land a lunar rover; and in the longer term, it’s considering the establishment of a manned lunar base.

NASA, meanwhile, is in the middle of a transition period. Since the retirement of its shuttles in July, the U.S. agency has no way to ferry astronauts to the ISS. It’s investing in privately run space taxis, but these won’t be ready for years; for now, it buys rides to the ISS on the Russian Soyuz rocket. China hopes to open its own space station around 2020, when the ISS is set to close for good. “Twenty years from now, we don’t want the Chinese ferrying people to their space station while the U.S. is still regrouping,” Johnson-Freese says. “Perception is important, because perception becomes reality.”

NASA doesn’t have any plans to return to the moon; its lofty goals include manned missions to an asteroid and eventually to Mars. But to remain the dominant superpower in space, it can’t afford to stand still. If all goes according to plan, the next astronaut on the moon will be Chinese.
 
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China-Pakistan space technology cooperation
September 9th, 2011

On 11 August 2011 China successfully launched Pakistan’s communication satellite, Paksat-1R, into space from its Xichang Satellite Launch Center (XSLC) in Sichuan Province.

The satellite covers all of Pakistan, parts of South and Central Asia, the Far East, Eastern Europe and East Africa. It will replace the aging Paksat-1, which is approaching the end of its 15-year life span this November.

China-Pakistan cooperation in space technology spans over two decades. In 1990 Pakistan launched its first indigenously-developed satellite, Badar-1, from China. A year later they formally signed an agreement to enhance cooperation for peaceful applications of space technologies, and various other agreements in the same vein have ensued.

The agreement to develop Paksat-1R was finalised in October 2008. For its completion, Beijing provided Pakistan with a RMB 222 million (US$34.7 million) loan. And in October 2010, Pakistan signed a contract with the EXIM Bank of China to obtain an additional RMB 86.5 million (US$13.5 million) concessional loan.

Pakistan stated that the launch of Paksat-1R would ‘revolutionise’ the use of broadband internet, digital television broadcasting and rural telephony, as well as spur the economy, strengthen the education and health sector, and help increase disaster preparedness (a priority after the devastating 2010 floods). Some analysts suggest the satellite will also provide strategic advantages to Pakistan’s armed forces. But most importantly, young Pakistani scientists gained first-hand experience by working alongside Chinese counterparts. This experience will go a long way in Pakistan’s space sciences research, with Sino-Pakistani space cooperation seeking to cover climate science, clean-energy technologies, clean-water technologies, cyber-security, and other sciences across the board.

Pakistan’s space agency (the Space and Upper Atmosphere Research Commission: SUPARCO), plans to launch an optical satellite by the end of the year, and a high-resolution Remote Sensing Satellite System in 2014. Pakistan even intends to eventually build its own spaceship as well — with China’s help. Pakistan’s Ambassador to China, Masood Khan, stated that it was his country’s desire that the first foreign astronaut aboard a Chinese spacecraft be a Pakistani, alluding to the future level of their cooperation. And analysts do not rule out the future possibility of a Pakistani astronaut flying with Chinese counterparts for space missions.

China and Pakistan are also connected through a multilateral forum on space cooperation. In 1992, China, Pakistan and Thailand signed a memorandum of understanding for Asia Pacific Multilateral Cooperation in Space Technology and Applications (AP-MCSTA). Then in October 2005, these countries along with Bangladesh, Indonesia, Iran, Mongolia and Peru signed a convention to establish Asia-Pacific Space Cooperation Organization (APSCO) for the cooperation and promotion of space knowledge within the member countries and the Asia-Pacific region. Several regional and extra-regional countries are now affiliated with APSCO.

China will also gain a lot from its cooperation with Pakistan. From a commercial perspective, space technology is an emerging market in which China is gaining an advanced level of expertise. By 2020, the market value of the navigation and satellite industry is expected to exceed US$400 billion, and China intends to grab a share. The Chinese government has pushed its state-owned telecommunication companies to go overseas for commercial deals. These companies offer competitive prices, soft loans to finalise deals, training for local scientists and technology transfer. It was not surprising then that, a week before the launch of Paksat-1R, China’s space program clinched a US$294 million agreement with Bolivia to build and launch a satellite for that country. Against this backdrop, China will showcase the success of its cooperation with Pakistan to attract other developing countries and gain direct financial benefits from any deal with Pakistan.

There is a military dimension to this cooperation as well. Although China-Pakistan cooperation in space technology is ostensibly only for peaceful purposes, its defence implications cannot be ruled out. SUPARCO is closely linked with Pakistan’s other organisations such as the Kahuta Research Laboratories (KRL), responsible for Pakistan’s missiles program. The US-imposed sanctions against Pakistan over the clandestine development of its nuclear and missile program during the 1990s effectively included a sanction on SUPARCO. So the current China-Pakistan cooperation in space technology might raise concerns with the US, and possibly India.

Regardless of how other states respond, China-Pakistan space cooperation is timely and mutually beneficial. China is looking for a market for its growing space expertise. And Pakistan needs assistance with soft loans, training of its scientists and know-how in space sciences. This cooperation adds a new dimension to their already robust relationship. It brings Pakistan closer to China than ever before.
 
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The time period is not breathtaking speed, especially considering the time period in which the US and Russia did so 40 years ago, and has been doing rather routinely since.

The ISS lifespan will be extended, this is rather uncontroversial.

The rest is a bunch of maybes. The article is right that NASA is in a transition period, but takes a strangely short term view of things ignoring that private taxis to LEO are a huge leap beyond what is happening today.
 
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The next man on the moon may well be Chinese

Since China’s manned space program was approved in 1992, it has moved at breathtaking speed
by Kate Lunau on Tuesday, November 22, 2011 10:10am

If the next man on the moon is a Chinese, the chinese fanboys here will be claiming the ownership rights of the Sea of Tranquility just like South China Sea and after a few years or maybe sources quoting the Sinonauts, we will hear how they found the remains a rocket fired by the Hans to the moon in the 15th Century so all the moon actually belongs to the Hans and then a Chinees THONK TONK will suggest that the next country which sends a man to the moon should be attacked.

:no:

:woot:
 
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How about the first? Or, who cares where hes from. Enough of the BS of this world, man. You know what I am saying? As long as it's a real deal.
 
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How about the first? Or, who cares where hes from. Enough of the BS of this world, man. You know what I am saying? As long as it's a real deal.

Please come again after your medication? Its impossible to know what you are saying. Some prozac may help?
 
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The time period is not breathtaking speed, especially considering the time period in which the US and Russia did so 40 years ago, and has been doing rather routinely since.
both the USSR and america were able to do it 40 years ago with their space industry was just sheer luck. Both were lucky enough to grab the Nazi scientists to help them out; granted america grabbed much better Nazi scientists like von Braun than the USSR.
 
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both the USSR and america were able to do it 40 years ago with their space industry was just sheer luck. Both were lucky enough to grab the Nazi scientists to help them out; granted america grabbed much better Nazi scientists like von Braun than the USSR.

Only USA, not USSR.

Haven't you seen their N1 rocket?
 
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Only USA, not USSR.

Haven't you seen their N1 rocket?
I'm not talking about USSR putting man on the moon. I'm talking about their overall achievement in space. The USSR probably had put a man on the moon had Korelov not died.
 
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