Showing posts with label Science & Technology. Show all posts

Monday, June 6, 2022

Shenzhou-14 spacecraft delivers three taikonauts to China Space Station to complete national space lab construction

See-off ceremony for China's Shenzhou-14 crew

A see-off ceremony for three Chinese astronauts of the Shenzhou-14 crewed space mission is held at the Jiuquan Satellite Launch Center in northwest China.The three astronauts will be sent to China's space station combination for a six-month mission. #Shenzhou14 (Courtesy of CGTN)

Sitting atop the Long March-2F Y14 carrier rocket and carrying three taikonauts - the third crew to enter China's Tianhe space station core module - Shenzhou-14 is launched at 10:44 am on Sunday morning from the Jiuquan Satellite Launch Center in Northwest China's Gansu Province, amid sweaty palms and pounding hearts of millions of thrilled stargazers across the world.

After a flight of around 577 seconds, Shenzhou-14 manned spacecraft separated with the rocket, and entered designated orbit, with crew onboard in good conditions, marking a full success of the launch mission, Global Times learned from the China Manned Space Agency.

The Shenzhou-14 craft is scheduled to, similar to the previous missions, conduct a fast and autonomic rendezvous and docking with the radial port of the Tianhe module, while the exact time has yet to be released. It took the Shenzhou-13 mission merely six and a half hours to achieve the feat.

Shenzhou-14 will mark the first crewed spaceflight mission to Tianhe at the China Space Station in-orbit assembly stage.

The Wentian and Mengtian space station lab modules, the Tianzhou-5 cargo spacecraft, and the Shenzhou-15 manned spacecraft are expected to be launched during the Shenzhou-14 crew's six-month stay in orbit, which would be a new experience for the taikonauts in Tianhe, as it is unprecedented in the previous two groups of space station crew.

The space station combination would also see the simultaneous stay of six taikonauts in orbit, as the Shenzhou-14 and Shenzhou-15 crew members are expected to conduct their rotation in orbit for about a week, which would be another breakthrough in China's manned spaceflight history.

Senior Colonel Chen Dong, 44, is a veteran taikonaut who visited space in China's Shenzhou-11 manned space mission in 2016 and set the previous record for the longest stay in space by a Chinese astronaut at 33 days (in the Tiangong-2 space lab).

The record was broken by Shenzhou-13 taikonaut Wang Yaping in 2022, and Chen would be able to further surpass that with another 180 days of stay in space in the Shenzhou-14 run.

Senior Colonel Liu Yang, a female crew member joining Shenzhou-14, also 44, went to space in 2012 in the Shenzhou-9 mission, and is in fact the first Chinese woman to do so. At a press conference on Sunday, she said that for the upcoming 6-month stay, she and her crewmates are looking forward to celebrating for the first time the birthday of their motherland on October 1 as well as the Mid-Autumn Festival, a holiday for the reunion and gathering of the Chinese people. This year's Mid-Autumn Festival falls on September 10.

Senior Colonel Cai Xuzhe, 46, will be making his maiden voyage during the upcoming mission. "For this day, I have prepared 12 years. I feel honored and proud to have this chance to go into space for my country," he said.

The Shenzhou-14 crew are, together, the second batch of taikonauts China has trained.

Commenting on the younger lineup in which the older, first group of veterans are not included, Pang Zhihao, a Beijing-based senior space expert said that the new Shenzhou taikonaut trio must have showed outstanding performance during training, and the younger crew members have mastered new knowledge and new skills for the mission.

Pang told the Global Times that the Shenzhou-14 crew is still made up of two veterans and one newcomer just like the Shenzhou-12 and Shenzhou-13 missions. And that the younger crew members would have better stamina and could deliver on more complicated tasks such as the installation and testing of two lab modules.

The trio is slated to carry out the verification of big and small robotic arms, spacewalks, and the construction of payload outside the cabin, the Global Times learned from the Shenzhou spacecraft developer with the state-owned aerospace contractor China Aerospace Science and Technology Corp (CASC.)

Like during the previous missions, the Shenzhou-14 crew will also give Tiangong classes to earthbound youngsters, and will for the first time use the airlock cabin in the Wentian module to exit the station for extravehicular activities. These activities will be arranged two to three times during their stay, the Global Times has learned.

The basic structure of the space station, consisting of the Tianhe core cabin and the two lab modules ̶ Wentian expected in July and Mengtian in October ̶̶ will be completed during this mission, thus establishing a national space laboratory.

The laboratory will contain 25 cabinets for a variety of scientific experiments, each of which can function as an individual lab, reaching an overall international advanced level, Lin Xiqiang, deputy head of China Manned Space Engineering Office, told the Global Times.

Wentian lab will mainly focus on the study of space life sciences, which can support the growth, development, genetics and aging of multiple species of plants, animals and microorganisms under space conditions.

Mengtian lab will be oriented to microgravity scientific researches and is equipped with experimental cabinets for fluid physics, materials science, combustion science, basic physics and space technology experiments.

Later, a space telescope research facility, the Xuntian telescope, will be launched into orbit and fly with the space station to carry out wide-area survey observations.

Another highlight for the Shenzhou-14 mission is the maneuvering of a small robotic arm installed on the Wentian module. Compared with the large robotic arm which has been launched into space with the Tianhe core cabin, the small one is more compact, Lin noted.

The weight and length of the small robotic arm are about half of the large one, and the load capacity is about one-eighth of the large arm. It also has a more flexible movement and manipulation than the large arm.

The small robotic arm has a higher positioning accuracy, with the precision of positioning five times and that of attitude control twice than the large arm. Therefore it can complete more fine operations.

What's more, the small and large robotic arms can coordinate with each other to cover wider scopes of work outside the cabin, and the combination will be capable of achieving a greater variety of tasks.

The Shenzhou-13 mission safely returned back to Earth on April 16 in a historic feat, thus concluding the technology verification stage of China's space station. The three crew members - Zhai Zhigang, Wang Yaping, and Ye Guangfu ̶ has completed their quarantine smoothly with cardiopulmonary functions and other body indicators recovering to their pre-flight levels.

They are currently in the second phase of recovery that focuses on muscle and bone recovery. In general, the three taikonauts are in good physical and mental condition, and the recovery of various physiological and psychological indicators is in line with expectations, the Global Times has learned.

Graphic: Chen Xia/GT

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New milestone in space ambition | The Star

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Friday, May 20, 2022

US cannot stop China’s hi-tech rise

China’s search for technological mastery will succeed because it is essentially replicating the actual history of the economics and policies that led the United States to technological dominance, rather than the ideological history of what many Americans believe lies behind their success

For years, American policymakers and pundits have believed China’s search for technological mastery or supremacy is doomed to fail or at least be consigned forever to mediocrity and also-ran status. This belief lies behind the strategy, first put forward by the Donald Trump administration, and now followed by Joe Biden’s White House, to restrict or ban the transfer of crucial technologies, notably the most advanced semiconductors and their production methods.

And yet, paradoxically, China is bound to succeed, despite the inevitable hiccups and setbacks, because it is essentially replicating the actual history of the economics and policies that led the United States to technological dominance, rather than the ideological history of what many Americans believe lies behind their success.

They have applied their own ideological models to predict China’s supposedly “inevitable” failure, instead of using their own actual history of American technology and science, and economic policy, to analyse China’s development and acquisition of key technologies in the 21st century.

This is perhaps not surprising. Rich, powerful and successful people usually tell a different story about how they get to where they are to what actually happened to them. It’s human nature.

China’s Great Firewall

It’s generally believed that free enterprise is the necessary and sufficient condition for hi-tech industries. This means: the free flow of information and talent; open market; no or minimal government intervention, also called deregulation; and intellectual property rights protection. It’s believed only the market can choose winners and eliminate the losers, and that any state attempt to choose “national champions” is bound to fail and to be wasteful.

China’s so-called Great Firewall of the internet stands as both an actual barrier and a potent symbol that is antithetical to all those fundamental neoliberal assumptions, which, granted, are being increasingly challenged and even undermined, even among some US professional economists and historians. However, if you believe in all those assumptions, you of course will logically argue that China is bound to fail. But is it?

Let’s consider the historical reference: the Great Wall of China. It has been alternately argued that it was built to resist foreign invaders, and/or to keep in the domestic population. Either way, it was too porous to be truly effective.

A piece of Web3 tech helps banned books through the Great Firewall’s cracks 16 Apr 2022

The same argument has often been made about the ineffectiveness and absurdity of the Great Firewall. Many Chinese households can just get a VPN and then can pretty much access whatever they want from outside China. Yet, as it turns out, porousness or partial online filter and censorship, has been a godsend for Beijing’s industrial policy for hi-tech development. This is no doubt an unintended consequence, but once it has been realised, its value is deeply appreciated by the authorities. Incidentally, that’s why officials tolerate the widespread use of VPNs, despite occasional and ineffective crackdowns.

In China, for people who have the know-how, education or mere curiosity, they can easily bypass the Great Firewall for information to start a business, launch a research project or steal a foreign design. These are the people you need to be in hi-tech industries. Yet, for the vast majority of Chinese, access to contents outside China is still restricted.

China also restricts foreign business and informational access. It has banned such companies as Google, Facebook and Twitter. But of course, it welcomes companies such as Apple, Starbucks and Wall Street banks.

The Great Firewall serves as the online market barrier to foreign entry, or the internet moat to protect infant industries from foreign competition or business invasion; again, one of two functions of the ancient Great Wall.

Intellectual property theft

No one would argue intellectual property theft or industrial espionage is essential to the economic development of a country. However, many economic historians have pointed out that whether it was the rise of Elizabethan England, 19th century America, modern Japan and South Korea, or contemporary China, intellectual property theft and/or industrial espionage played a key role in their economic rise; and state industrial policy as well.

But a successful country doesn’t steal forever. Once it reaches a certain critical stage of hi-tech development, when it has amassed the talent, resources and facilities, it starts to innovate. Then, it starts developing and protecting its own intellectual property regime to prevent others from stealing -and of course, to complain about theft.

That’s the stage China is entering. According to the China National Intellectual Property Administration last month, 696,000 invention patents were authorised in 2021, an average of 7.5 of high-value patents per 10,000, or nearly double the ratio for 2017. Whether those patents were really as useful or original as they claimed is not the issue here, but rather that they show Chinese authorities are committed to intellectual property protection and building up a viable patent regime.

But, besides the obvious racism about the lack of Asian originality, the neoliberal set of assumptions that I referred to above tend to reinforce the idea that China’s political and economic systems can’t innovate and so must go on stealing. That is also related to what American historian Richard Hofstadter has called “the paranoid style” in US politics. Its most infamous manifestation was the anti-communist McCarthyism. Its most recent example is the FBI’s China Initiative, which targeted ethnic Chinese researchers, especially those in US universities.

China’s chip output shrinks as Covid-19 lockdowns paralyse industries 16 May 2022

The Silicon Valley folklore is that of a lone maverick who has a great idea and pushes it to fruition, and in the process, creates a multibillion-dollar industry. That cannot be further from the assumption behind Japanese-Korean-Chinese state industrial policy, according to which innovation is a collective enterprise, not one of individual genius or charisma. It’s all about the sustained commitment of public resources and collective talent between the state and the private sector.

It’s a common criticism that such a policy is wasteful; it often backs the wrong technologies and industries. That’s true. However, the Silicon Valley model is also prone to periodic market euphoria, mania, panic and crashes, from the dotcom implosion to the current ongoing crypto-crashes. I will leave it to economic historians and econometricians to determine whether the state or non-state model is more wasteful or destructive.

Conclusions

Belatedly, the Biden administration is slowly realising that whether it’s containment against China or competition with it, the horse has bolted out of the barn already. That is why despite its hostile rhetoric, it has no coherent policy on how to deter or delay China’s technological drive for mastery or supremacy. This conflict cuts to the very ideological self-beliefs of the two countries. Only time will tell how it will turn out.

However, restricting or banning technological transfer will not work. The great British historian Arnold Toynbee famously wrote that it was usually countries or civilisations confronted with great or even mortal challenges that prevailed and prospered in history, not those that were well-endowed with rich resources. Denying China access to vital technologies at this late stage will simply force it to develop its own domestic capabilities. That won’t make it weaker, only stronger and more self-reliant.

US cannot stop China's hi-tech rise | South China Morning Post

Alex Lo

Alex Lo has been a Post columnist since 2012, covering major issues affecting Hong Kong and the rest of China. A journalist for 25 years, he has worked for various publications in Hong Kong and Toronto as a news reporter and editor. He has also lectured in journalism at the University of Hong Kong.

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Chinese Astronauts Return with Six-month Space Station Mission Accomplished

Saturday, October 16, 2021

Shenzhou-13 crew enter China's Tianhe space station core cabin

https://youtu.be/cJQTB_WPtS0

https://youtu.be/uO59rgtgZ20

https://youtu.be/gwBXLR0J6Ww

Shenzhou-13 crew

The three taikonauts onboard the Shenzhou-13 spaceship entered the country's space station core module Tianhe on Saturday, according to the China Manned Space Agency (CMSA).

After Shenzhou-13 successfully completed a fast automated rendezvous and docking with the orbiting Tianhe module, the Shenzhou-13 crew Zhai Zhigang,Wang Yaping and Ye Guangfu entered the orbital capsule of Tianhe, marking the country's second crew to have entered China's Tianhe space station core cabin.

Just like everyone else when they first enter their new home, the first thing that the Shenzhou-13 crew did was to check out their sweet cozy bedrooms and connect to the Wi-Fi. A livestream video shows that Zhai, who was the first to enter, was so involved and excited to settle in that he was floating upside down in the air. The three then set up the wireless headphones for space-Earth talks.

After a brief conversation reporting their safety to the ground control center, the crew will soon have their very first lunch in their new home, Yang Liwei, director of the China Manned Space Engineering Office and the country's first astronaut said.

Among the three new residents, there are the country's first spacewalker Zhai Zhigang, first female taikonaut to have stepped inside its own space station Wang Yaping, and first taikonaut who was trained in an international space agency Ye Guangfu. They will stay in space for six months, double the time of the Shenzhou-12 crew.

They are expected to return to earth in April 2022, which means they will celebrate a special, unforgettable Chinese Lunar New Year in space.

They are tasked to carry out two to three extravehicular activities, better known as spacewalks. Wang Yaping will participate in at least one spacewalk, becoming the first Chinese woman to achieve such a feat, the Global Times learned from mission insiders.

According to the CMSA, they are also expected to install transfer gears linking the big and small robotic arms and related suspension gears for future construction work.

The Shenzhou-13 manned spacecraft successfully docked with China's Tianhe space station core cabin on Saturday early morning, after quick automated rendezvous, or as researchers call it, the 'space waltz.'

The rendezvous and docking happened at 6:56 am on Saturday morning, six and a half hours after traveling on a Long March-2F carrier rocket from the Jiuquan Satellite Launch Center in Northwest China's Gansu Province, the China Manned Space Agency (CMSA) said in a statement sent to the Global Times.

Docked at the bottom of the Tianhe core cabin from a radial direction, the spacecraft safely and smoothly delivered the second batch of residents to China's space station.

A combination flight has been formed, consisting of the Tianhe core cabin at the center, and Shenzhou-13 manned craft, Tianzhou-2 and -3 cargo craft on the side, the CMSA said.

According to the spacecraft developers with the China Academy of Space Technology (CAST), they have designed a new rendezvous path and circling flight mode to support fast-docking in the radial direction.

As beautiful as the "space waltz" was, it was a lot more difficult than the front and rear docking with the Tianhe core cabin as the Shenzhou-12, Tianzhou-2 and -3 missions had exercised. "For front and rear dockings, there is a 200-meter holding point for the craft, enabling them to maintain a stable attitude in orbit even when engines are not working. However, radial rendezvous does not have such a midway stopping point, and it requires continuous attitude and orbit control," the CAST said in a note to the Global Times.

It added that during the radial rendezvous, the spacecraft needs to turn from level flight to vertical flight with a wide range of attitude maneuvers, posing tough challenges for the "eyes" of the craft to see the target in time and ensure that the "eyes" will not be disturbed by complex lighting changes.

The success of this new docking method would be another sign of China's spacecraft docking capabilities, experts noted.

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Chinese pride built on national strength as Shenzhou-13 mission reshapes world's view on China

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China successfully launches Tianzhou-3 for second space station supply mission; to support upcoming six-month Shenzhou-13 manned mission

Monday, September 20, 2021

China successfully launches Tianzhou-3 for second space station supply mission; to support upcoming six-month Shenzhou-13 manned mission

https://youtu.be/fBlddesm1rQ

Photo:Hu Xujie

Photo:Hu Xujie

Knock knock. This is your delivery-man Tianzhou-3, and please confirm your package receipt and may you have a happy Mid-Autumn Festival!

Carrying the Tianzhou-3 cargo spacecraft, the Long March-7 Y4 rocket lifted off from Wenchang Space Launch Center located in South China's Hainan Province on Monday afternoon, one day ahead of this year's Mid-Autumn Festival - one of the happiest family reunion holidays for the Chinese people.

The lift-off gave the nearby forest of palm trees quite a shake in the Hainan tropical haze, the same way it excited many who came to witness the historic moment at the Wenchang beach on Monday afternoon.

As the fourth of 11 missions scheduled to build China's three-module space station, Tianzhou-3 mission came shortly after the historic Shenzhou-12 mission in which three taikonauts spent a record 90 days in the China's space station core module and safely returned to Earth on Friday.

After a flight time of around 597 seconds, the spacecraft separated with the rocket and entered preset orbit. At 3:22 pm, the solar panels onboard the spacecraft smoothly unfolded, with all functions in normal operating condition, marking the success of the third launch of a spaceship to the space station core cabin, according to the China Manned Space Agency (CMSA.)

The Monday mission is tasked to bring supplies, equipment and propellant to get Tianhe ready for the next three-taikonaut Shenzhou-13 mission in October for their six-month stay. It is the Tianzhou spacecraft series second supply delivery run to the orbiting Tianhe module following a first by the Tianzhou-2 mission launched on May 29.

Although the launch of Tianzhou-2 by Long March-7 Y3 rocket was a successful one, it experienced two delays and met problems of leaking of injected fuels.

The Tianzhou-2 cargo spacecraft was originally slated to be launched at around 1:30 am on May 20 and to head to China's Tianhe space station core cabin, which was launched into orbit on April 29, for a supply run. However, the launch was scrubbed narrowly following an announcement from CMSA on the early morning of May 20 for "technical reasons."

Research teams were dispatched immediately to check system functions, while the command center prepared for an attempt to recover the mission, which had been set to a day later in the early morning of May 21. However, after liquid oxygen was refueled eight hours before the scheduled launch time, abnormal signals once again occurred.

Drawing lessons from the previous launch, the Long March-7 rocket developer with the China Academy of Launch Vehicles have further optimized the quality examination process before and after the lift-off and make detailed emergency plans. This is to ensure the launch mission is on time with zero errors, the academy told the Global Times on Friday.

Photo:Deng Xiaoci/Global Times

Photo:Deng Xiaoci/Global Times

To sustain Taikonauts' longer stay in space

Global Times learned from the mission insiders that Tianzhou-3 mission will lay ground for the upcoming October Shenzhou-13 mission, just the way Tianzhou-2 mission prepared for the epic Shenzohu-12 manned spaceflight mission. The October mission is expected to last six months, renewing the record of the longest stay in space for a Chinese astronaut in a single mission.

The spacecraft developer China Academy of Space Technology (CAST) told the Global Times in a statement that just like the Tianzhou-2, Tianzhou-3 will carry a range of goods including daily necessities, drinking water, gas supplies, consumables for extravehicular activities [spacewalk,] as well as experiment payloads.

Yang Sheng, Chief designer of the Tianzhou-3 spacecraft system, told the Global Times that "As Tianzhou-3 mission will sustain taikonauts' 6-month-long stay in space, the density of cargo is greater on Tianzhou-3 than on Tianzhou-2, and Tianzhou-3's loading capability is also higher than that of Tianzhou-2. The number of packages onboard Tianzhou-3 is 25 percent more than on Tianzhou-2."

There were 6.8 tons of supplies onboard the Tianzhou-2, including some 160 parcels of goods and two tons of propellants, CAST told the Global Times previously.

One of the most expensive items to be onboard the Tianzhou-3 would be one piece of spacesuit specially designed for spacewalk missions that weighs some 90 kilograms, the CAST highlighted in the Friday statement. Tianzhou-2 had sent two pieces of spacesuits for Taikonauts' spacewalk with each weighing some 100 kilograms.

Also, onboard Tianzhou-3 is the replacement parts of the urine treatment system to ensure the device is in the best condition for the Shenzhou-13 crew, Global Times learned from the system developer 206 Research Institute of the Second Academy of the China Aerospace Science and Industry Corp (CASIC).

"The system has processed some 600 liters of urine into over 500 liters of water which was used to generate oxygen and for clean-up purpose during the Shenzhou-12 crew's three-month stay. Shenzhou-13 crew will install those parts when moving into the China's space station core module," Cui Guangzhi, the project leader, told the Global Times.

The Tianzhou-3 cargo spacecraft is expected to also execute a fast and automatic rendezvous and docking with the Tianhe core module, just like the Tianzhou-2 spacecraft did in May, which took some eight hours after lift-off,according to Deng Kaiwen, assistant of the Tianzhou-3 cargo spacecraft's chief commander from the spacecraft developer

Compared to the Tianzhou-1's rendezvous and docking with Tiangong-2 in 2017, which took about two days, Tianzhou-2 took a mere eight hours to achieve the feat in May.

Tianzhou-3 will dock to the Tianhe module from the rear. Before such development, CMSA updated on Saturday, Tianzhou-2 had flown around Tianhe and conducted an automatic docking to the craft's front, which took four hours.

Shenzhou-13 will later rendezvous with the Tianhe module and conduct a R-Bar or vertical docking with the orbiting craft, which Shenzhou-12 had practiced on Friday before heading back to Earth.

Graphic: Wu Tiantong/GT

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Renovating democracy and the China challenge

Sunday, September 19, 2021

Renovating democracy and the China challenge

To break out of its paralysis, the West needs to take a hard look and address three key challenges

The rise of the populist variant in the West and the rapid ascent of China in the East have prompted a rethinking of how democratic systems work - or don't. The creation of new classes of winners and losers as a consequence of globalisation and digital capitalism is also challenging how we think about the social contract and how wealth is shared. - Nathan Gardels and Nicolas Berggruen

http://media.asiasociety.org/video/1901010-Berggruen-Renovating-Democracy.mp4

Police officers watch as protesters take part in a rally against Covid-19 vaccine mandates, in Santa Monica, California, on Aug 29, 2021.PHOTO: AFP

Rethinking Democracy, the Social Contract, and Globalization

The rise of populism in the West, the rise of China in the East and the spread of peer-driven social media everywhere have stirred a rethinking of how democratic systems work—or don’t. The creation of new classes of winners and losers as a result of globalization and digital capitalism is also challenging how we think about the social contract and how wealth is shared.

The worst fear of America’s Founders—that democracy would empower demagogues—was realized in the 2016 US presidential election, when the ballot box unleashed some of the darkest forces in the body politic. Similarly, in Europe an anti-establishment political awakening of both populism and right-wing neonationalism is consigning the mainstream centrist political parties that once dominated the post–World War II political order to the margins.

Donald Trump’s election and the populist surge in Europe did not cause this crisis of governance. They are symptoms of the decay of democratic institutions across the West that, captured by the organized special interests of an insider establishment have failed to address the dislocations of globalization and the disruptions of rapid technological change. To add danger to decay, the fevered partisans of populism are throwing out the baby with the bathwater, assaulting the very integrity of institutional checks and balances that guarantee the enduring survival of republics. The revolt against a moribund political class has transmuted into a revolt against governance itself.

Because neither the stakeholders of the waning status quo nor the upstarts of populism have offered any effective, systemic solutions to what ails the West, protracted polarization and paralysis have set in.

The Paradoxes of Governance in the Digital Age

These trials of the West are bound up with, and to a significant extent driven by, two related developments: the growing fragmentation of mass society into diverse tribes fortified by the participatory power of social media, and the advent of digital capitalism, which is divorcing productivity and wealth creation from employment and income.

We argue that these shifts present twin paradoxical challenges for governance.

First, the paradox of democracy in the age of peer-driven social networks is that, because there is more participation than ever before, never has the need been greater for countervailing practices and institutions to impartially establish facts, deliberate wise choices, mediate fair trade-offs, and forge consensus that can sustain long-term implementation of policies. Despite expectations that the Internet Age would create an informed public more capable of self-government than ever before in history, fake news, hate speech, and “alternative facts” have seriously degraded the civic discourse.

Second, the paradox of the political economy in the age of digital capitalism is that the more dynamic a perpetually innovating knowledge-driven economy is, the more robust a redefined safety net and opportunity web must be to cope with the steady disruption and gaps in wealth and power that will result.

To meet these challenges, we propose a novel approach to renovating democratic institutions that integrates new forms of direct participation into present practices of representative government while restoring to popular sovereignty the kind of deliberative ballast the American Founding Fathers thought so crucial to avoiding the suicide of republics. We further propose ways to spread wealth and opportunity fairly in a future in which intelligent machines are on track to displace labor, depress wages, and transform the nature of work to an unprecedented degree.

Where China Comes In

When populists rail against globalization that has undermined their standard of living through trade agreements, they mostly have China in mind. Few reflect that China was able to take maximum advantage of the post–Cold War US-led world order that promoted open trade and free markets precisely because of its consensus-driven and long-term-oriented one-party political system. China has shown the path to prosperity is not incompatible with authoritarian rule.

In this sense, China’s tenacious rise over the past three decades holds up a harsh mirror to an increasingly dysfunctional West. The current US president, who rode an anti-globalization wave to power, relishes battling his way through every twenty-four-hour news cycle by firing off barbed tweets at sundry foes. By contrast, China’s near-dictatorial leader has used his amassed clout to lay out a roadmap for the next thirty years.

If the price of political freedom is division and polarization, it comes at a steep opportunity cost. As the West—including Europe, riven now by populist and separatist movements—stalls in internal acrimony, China is boldly striding ahead. It has proactively set its sights on conquering the latest artificial intelligence technology, reviving the ancient Silk Road as “the next phase of globalization,” taking the lead on climate change, and shaping the next world order in its image. If the West does not hear this wake-up call loud and clear, it is destined to somnambulate into second-class status on the world stage.

This is not, of course, to suggest in any way that the West turn toward autocracy and authoritarianism. Rather, it is to say that unless democracies look beyond the short-term horizon of the next election cycle and find ways to reach a governing consensus, they will be left in the dust by the oncoming future. If the discourse continues to deteriorate into a contest over who dominates the viral memes of the moment, and if democracy comes to mean sanctifying the splintering of society into a plethora of special interests, partisan tribes, and endless acronymic identities instead of seeking common ground, there is little hope of competing successfully with a unified juggernaut like China. Waiting for China to stumble is a foolish fallback.

Unlike the Soviet Union at the time of the Sputnik challenge in the late 1950s and early 1960s, China today possesses an economic and technological prowess the Soviet Union never remotely approached. Whether in conflict or cooperation, China will be a large presence in our future.

It is in that context that we examine the strengths and weakness of China’s system as a spur to thinking through our own challenges. To turn the old Chinese saying toward ourselves, “The stones from hills yonder can polish jade at home.”

Taking Back Control

To set the frame for rethinking democracy and the political economy, we argue that the anxiety behind the populist reaction is rooted in the uncertainties posed by the great transformations under way, from the intrusions of globalization on how sovereign communities govern their affairs, to such rapid advances in technology as social media and robotics, to the increasingly multicultural composition of all societies. Change is so enormous that individuals and communities alike feel they are drowning in the swell of seemingly anonymous forces and want to “take back control” of their lives at a scale and stride they can manage. They crave the dignity of living in a society in which their identity matters and that attends to their concerns. Effectively aligning political practices and institutions so as to confront these challenges head-on will make the difference between a world falling apart and a world coming together.

Critics of globalization argue that nation-states and communities must retrieve the capacity to make decisions that reflect their way of life and maintain the integrity of their norms and institutions, decisions the maligned cosmopolitan caste has handed over to distant trade tribunals or other global institutions managed by strangers. Those decisions, they rightly say, ought to be made through “democratic deliberation” by sovereign peoples. Yet that neat logic ignores the reality of decay and dysfunction we have already noted. Therefore, “taking back control” must, first and foremost, mean renovating democratic practices and institutions themselves.

The Politics of Renovation

The most responsible course of change in modern societies is renovation.

Renovation is the point of equilibrium between creation and destruction, whereby what is valuable is saved and what is outmoded or dysfunctional is discarded. It entails a long march through society’s institutions at a pace of change our incremental natures can absorb. Renovation shepherds the new into the old, buffering the damage of dislocation that at first outweighs longer-term benefits. In the new age of perpetual disruption, renovation is the constant of governance. Its aim is transition through evolutionary stability, within societies and in relations among nation-states and global networks.

In this book, we propose three ways to think about how to renovate democracy, the social contract, and global interconnectivity in order to take back control:

Empowering participation without populism by integrating social networks and direct democracy into the system through the establishment of new mediating institutions that complement representative government
Reconfiguring the social contract to protect workers instead of jobs while spreading the wealth of digital capitalism by providing all citizens not only with the skills of the future but also with an equity share in “owning the robots.” We call this universal basic capital. The aim here is to enhance the skills and asserts of the less well-off in the first place – predistribution – as a complement to redistribution of wealth for public higher education or other public goods. The best way to fight inequality in the digital age is to spread the equity around.
Harnessing globalization through “positive nationalism,” which means an allegiance to the values of an inclusive society instead of nationalistic incantation, albeit tempered by an understanding that open societies need defined borders. It also means dialing back the hyper-globalization of “one size fits all” global trade agreements to leave room for industrial policies that compensate for the dislocations of integrated global markets. To temper the deepening rivalry, even economic decoupling underway between the US and China, we call for a “partnership of rivals” on climate action. If there is not some area of common intents, all else will dwell in the shadow of distrust and lead to a new Cold War, the breakup of the world into geopolitical blocs and worse.

These proposals, of course, do not exhaust the answers to the panoply of daunting challenges we have raised. But they do suggest ways we might think about how to change present social and political arrangements for addressing those challenges. We do not insist that we are somehow the font of all wisdom but regard our endeavor as a point of departure that deepens and expands the debate. Without concrete propositions to criticize and amend, the discourse about change is only an airy exchange that fails to move the needle.

Nicolas Berggruen and Nathan Gardels are the founders of the Berggruen Institute and the authors of Intelligent Governance for the 21st Century: A Middle Way between West and East (2012). Their latest work, Renovating Democracy: Governing in the Age of Globalization and Digital Capitalism (2019), is the first in a Berggruen Institute series on the “Great Transformations” published by the University of California Press (UC

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Friday, September 17, 2021

Taikonauts' mission accomplished, safely back on earth from Chinese home in space

Safety prioritized, inclusiveness stressed in China's manned space missions

Photo:Xinhua

Having extended the record of Chinese Taikonauts' longest stay in space in a single flight mission to 90 days, the Shenzhou-12 mission crew returned to Earth at the designated Dongfeng landing site in the Gobi Desert, North China's Inner Mongolia Autonomous Region on Friday, marking a successful conclusion of the first crewed mission at the country's space station building stage.

The Shenzhou-12 return module has separated from the orbiting module at 12:43 pm on Friday, and was then followed by a smooth separation from the propellant, according to the China Manned Space Agency (CMSA).

Carrying the three taikonauts – mission commander Nie Haisheng, and his fellow crew members Liu Boming and Tang Hongbo – the return capsule touched down at the landing site as of 1:34 pm.

Photo:Xinhua

The homecoming heroes did not have to wait too long before the search and rescue squad with the Dongfeng landing site reached them after their landing.

They were confirmed in good condition after they touched down safely at the Dongfeng landing site.

The whole process was so smooth that Tang Hongbo was seen playing with a pen during the process of returning Earth.

"Real gold fears no fire," Nie Haisheng joked with his fellow crew, citing a Chinese proverb as they re-entered the Earth's atmosphere.

It also marked the first time the Dongfeng site has received a returning Shenzhou mission, taking the place of the Siziwang Banner site, the traditional go-to landing site for China's manned space flights.

Photo:Deng Xiaoci/GT

The choice of landing site was based on a number of factors, including climate, topography, returning options, and rescue and search equipment, Pang Zhihao, a Beijing-based space expert and retired researcher from the China Academy of Space Technology, told the Global Times on Friday.

This return was more difficult than previous missions, Pang noted, as the previous ones all had fixed returning points in orbit, while that of Shenzhou-12, which was attached to the space station, had a changing orbital altitude. What's more, Shenzhou-12 was to return to a different spot from previous times in order to test the search and rescue capabilities of the Dongfeng landing site.

The site is partly surrounded by desert, with a dry desert climate and little rainfall. "As there are mountains and pitted terrain in the area, the search and rescue work was much more challenging," Pang noted.

The safe landing of the return capsule also marked the successful completion of the Shenzhou-12 mission.

"Shenzhou-12 has demonstrated China's capability to perform prolonged human spaceflight missions, including lengthy and challenging operations like extravehicular activities and providing necessary ground support," Andrew Jones, a Finland-based correspondent for space.com and spacenews.com who closely follows China's space industry, told the Global Times.

Photo:Deng Xiaoci/GT

Upcoming missions

China will carry out two more space launches for the building of its own space station this year - the Tianzhou-3 cargo spacecraft via a Long March-7 carrier rocket from Wenchang spaceport in Hainan and another manned flight on a Shenzhou-13 spacecraft via a Long March-2F rocket from Jiuquan center.

An official update by the CMSA on Thursday said that the combo of Tianzhou-3 and Long March 7 Y4 rocket has rolled out to the launch pad in Wenchang and will take off at a suitable time. The Tianzhou-3 mission will be the second supply shipping mission to the Tianhe core module following the first by the Tianzhou-2 on May 29.

Following the Tianzhou-3 mission, the Shenzhou-13 manned spacecraft is expected to send another crew of three taikonauts to China's space station complex, which may include the first female taikonaut in the space station building stage. They will live and work in orbit for an even longer stay of six months.

Wang Yaping, who beamed down live from space to 330 elementary and middle school students in Beijing when she was in space onboard the nation's Tiangong-1 space lab module in 2013 and served as the back-up astronaut for the Shenzhou-12 crew, is widely believed to be among the most likely candidates for the mission.

According to mission insiders, the Shenzhou-13 manned space mission will also conduct an R-Bar, also known as vertical docking, with the space station complex, a first at the space station building stage.

Yao Yuanfu, the chief designer of the rendezvous and docking microwave radar system onboard the Shenzhou-13 spacecraft, told the Global Times in an exclusive interview that the spacecraft will face a much more complicated electromagnetic environment than the Shenzhou-12 in its docking mission, as by then the space station complex will have more spacecraft docked than it did before Shenzhou-12's docking and the new docking direction adds to the complexity of the mission.

The institute's radar project has participated in China's heavyweight space programs such as the Chang'e lunar probe as well as Tianwen-1 Mars exploration, and the success of the missions have been a source of confidence for Yao and his team for the Shenzhou-13's successful docking down the road.

The Shenzhou-12 spacecraft also pulled off a vertical docking experiment shortly after separating from the Tianhe core module on Thursday to verify the capability.

Although there has been no official announcement, Shenzhou-13 is expected to be launched in a few weeks given that the Tianhe core cabin cannot be left unattended for a long time, observers noted.

Open, inclusive

Space agencies around the world have put more faith in China becoming a strong space power and they hope to collaborate with China on the space station in terms of manned spaceflights and scientific experimental loads, as the space station may be the only operational one in orbit if the International Space Station (ISS) retires after 2024.

“The construction of the space station is a complex and intensive project. Its completion would be a demonstration of China's ability to execute complex, long-term space projects. It will also bring opportunities for science and international collaboration,” Jones commented, “while also posing challenges to some space agencies in terms of determining their priorities and resources for space activities.”

China has been engaged in exchange and cooperation with international space agencies including Russia's Roscosmos and the European Space Agency (ESA), which played a positive role in the construction of China's space station. "We are willing to work with any space institutes that are peace-loving and devoted to the peaceful use of space," said Hao Chun, director of the China Manned Space Agency.

Hao also disclosed that "there will be foreign astronauts participating in China's manned space flights, and working and staying in China's space station."

"Many of them have been learning Chinese for this purpose. And China will carry out work to select foreign astronauts for joint flight missions as our construction of the space station proceeds," he said.

Compared to the US-dominated ISS, which has been more of a party of powers, China's space station will be more inclusive in getting developing countries involved, and will provide a platform for anyone on the basis of equality, win-win cooperation and mutual respect, space observers noted.

The first batch of a total of nine international scientific experiments from 17 countries and 23 research bodies have been selected to be carried onboard China’s space station, which is expected to be operational by 2022. The first batch includes Gamma-ray burst polarimetry jointly proposed by Switzerland, Poland, Germany and China and a spectroscopic investigation of nebular gas by India and Russia.

Mission review of Taikonauts' 3-month space life Graphic: Wu Tiantong/GT

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Sunday, August 29, 2021

China in top spot for research amid US struggling to ‘contain’ China rise

Botched Afghan retreat reveals an America struggling to contain China

Illustration: Stephen Case

Whether America’s withdrawal from Afghanistan marks the end of US world hegemony remains to be seen. President Joe Biden has made it very clear that the United States withdrew to concentrate more on containing China’s rise – that is, extending its hegemony in a more effective and focused manner.

` The US positions its relations with China within a “competition, cooperation and confrontation” formula. But as China’s vice-foreign minister, Xie Feng, said during talks with his US counterpart in Tianjin last month, the US is going all out to confront and contain China while demanding its cooperation whenever needed.

` Unsurprisingly, when the Taliban swiftly took power in the Afghan capital of Kabul, US Secretary of State Antony Blinken immediately called on Chinese Foreign Minister Wang Yi to help with the situation.

` China blames the US for thinking only about its own concerns: how can the US set out to harm or undermine China, and still demand its cooperation?

` The US has fallen into a deep predicament in the face of a booming China. The American policy circle and social elite realise that, in many social, economic and governance areas – such as containing Covid-19, developing infrastructure, industrialisation, transiting to sustainable energy, achieving carbon neutrality and moving up to 5G communications – the US is either at a disadvantage or has no possibility of suppressing China right now.

https://youtu.be/LbRXFpkzlZs

` US President Joe Biden vows China “will not win this race” amid electric vehicle rivalry

` Back in April, Blinken admitted that the US had fallen behind China in the field of clean energy. In May, Biden said that while China’s annual research and development investment had risen from ninth in the world to first, the US had dropped from first to eighth.

` These figures proved inaccurate, but Biden’s words reflect American leaders’ anxiety about being surpassed by China in science and technology.

` Positive competition should be about substantially improving living standards and solving the problems facing humanity. Yet America’s real advantage over China boils down to its military power.

` But, as the Saigon flashback during the withdrawal from Kabul shows, America’s ability even to achieve its goals with military power is also very limited.

https://youtu.be/v87fC61K5BY

` Former British prime minister Tony Blair criticises US withdrawal from Afghanistan Former British prime minister Tony Blair criticises US withdrawal from Afghanistan

` Since the Soviet Union disintegrated, the US seems to have entered an era in which it relied on military power to act unilaterally and arbitrarily in the world. The bombing of Yugoslavia in 1999 by a US-led Nato force can be said to be a textbook case of the US exercising military power at will.

` The 2001 invasion of Afghanistan went one step further. Ostensibly in retaliation for the September 11 attacks, it was in fact part of plans by some in the US to overthrow and rebuild regimes in Afghanistan, Iraq, Syria and Iran, one by one.

` This has been disastrous for the countries and the world at large. In Afghanistan, more than 30,000 civilians are estimated to have been killed in the war, with another 60,000 injured and millions forced to flee as refugees.

` The US invasion of Iraq in 2003 led to the deaths of an estimated 200,000 civilians or more – and a legacy of some 25 million landmines. The long-standing Syrian civil war, whose democratic forces were supported by the US, has left about 6 million Syrians displaced – the largest refugee crisis today.

https://youtu.be/fUSPxeXUs_8

` ‘I'm as old as the revolution’, Syrian boy turns 10 as nation marks decade of civil war ‘

` But when the US comes up against another strong military power, it cannot choose the military option. This was seen in US inaction over Russian military operations against Georgia in 2008 and Ukraine in 2014.

` Similarly, the US needs to avoid direct military conflict with China. While Beijing will not initiate military action, Washington would lose more than it could gain if it chose to go to war over Taiwan. Indeed, Beijing’s increasing defence capabilities are proving a deterrent for US military action against China and in the Asia-Pacific as a whole.

` Even with the US gone from Afghanistan, the world still needs to ensure America only uses its military power for national defence.

` Falling behind China in many spheres of competition, and with military options unfeasible, the US is left with its “moral high ground”. Hence, the Biden administration’s attempts to build an ideological alliance based on so-called human rights and democratic values.

https://youtu.be/AqlhWcV5pjs

` US warns American companies about operating in Hong Kong, sanctions 7 Chinese officials

` The main aim of such an alliance is to attack China over democracy and minority rights in Hong Kong, Xinjiang and Taiwan. But, in practice, such pressure is difficult to exert. In a world where information about the real situation in China is freely available to the larger world, it is impossible to pull the wool over people’s eyes all the time.

` Moreover, China has recently launched powerful counter-attacks against the US and other Western countries, exposing their ingrained racism and their dark histories of colonialism and genocide.

` In any case, should the US choose to compete negatively with China – that is, not by improving its capabilities, setting a better example for the world, and providing more public goods, but instead by weakening, attacking and containing China to maintain its advantage – it will lose its global audience.

` Afghanistan is an object lesson in how to ‘unbuild’ a country 16 Aug 2021

` Over time, more countries and people will recognise America’s hypocrisy, double standards and weakness. The hurried retreat from Afghanistan has been costly in these terms for the US. Any perceived hypocrisy, or double standards in ideology and values will only damage America’s global leadership.

` This is the “China dilemma” the US faces today – it finds itself losing in areas of positive competition, yet by resorting to negative competition, it can only harm itself.

` For its part, China has made it clear it does not seek to defeat the US or overthrow the world order. To escape its China dilemma, the US needs to recognise the right of the Chinese people to live a better life, to modernise society, and to enjoy a safe and stable international environment.

Zhengxu Wang

By` Dr Zhengxu Wang who is distinguished professor at the School of International Relations and Public Affairs (SIRPA), Fudan University. Previously he served as senior fellow and acting director at the China Policy Institute, University of Nottingham, as well as research fellow at the East Asian Institute of the National University of Singapore.

China in top spot for research

BEIJING: China has overtaken the United States for the first time in terms of the average number of high-quality scientific papers produced from 2017 to 2019, according to a report by a Japanese government-linked institute this month.

High-quality papers typically refer to the top 10% of the most cited scientific papers in their respective field.

` China topped the global ranking with an average of 40,219 such papers published annually in the three-year period, followed by the US with 37,124, and the United Kingdom with 8,687, according to Japanese Science and Technology Indicators 2021.

` The report has been published annually since 1991 by the National Institute of Science and Technology Policy, which is affiliated with Japan’s Ministry of Education, Culture, Sports, Science and Technology. Each report is based on the three-year period that ended two years before.

` The latest report found that US papers performed well in fields such as clinical medicine, basic life sciences, physics and geosciences from 2017 to 2019, while Chinese papers were most cited in the fields of materials science, chemistry, engineering, and computer sciences and mathematics.

` In the 1990s, China used to rank 10th or lower among major science nations in the number of high-quality scientific papers, the report said.

` However, it saw significant improvement in the following years, reaching second place globally by the late 2000s and holding onto that position until rising to the top between 2017 and 2019.

` Two factors that have contributed to China’s rapid rise in science and technology output are its massive talent pool and research budget. In 2019, China had around 4.86 million full-time research and development personnel and research expenditure of over 2.2 trillion yuan, according to the National Bureau of Statistics.

` China has also seen a steady rise in the annual number of new doctoral degree holders, reaching around 61,000 in 2019. That was second to the US, which had 90,000 new PhD recipients that year, the report said.

` A more prestigious category is called highly-cited papers, which are studies that performed in the top 1% based on the number of citations received, according to Web of Science, a global academic literature and citation database.

` From 2017 to 2019, the US published 4,413 highly-cited papers annually within the three-year period, followed by China with 4,046 and the UK with 970, the report said. — China Daily/ANN

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