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Tuesday, May 6, 2025

China tops global rankings in overall nuclear power scale for first time

 


Qinshan Nuclear Power plant located in Haiyan county, East China's Zhejiang Province Photo: Hu Yuwei/GT


As of now, China has 102 nuclear power units, including those in operation, under construction and approved for construction, with a total installed capacity of 113 million kilowatts, ranking first globally, in terms of the overall scale, for the first time, according to a blue book - China Nuclear Energy Development Report 2025, the Global Times learnt from the China Nuclear Energy Association (CNEA) on Sunday.

As of the end of 2024, China had 28 nuclear power units under construction, and the installed capacity of the units under construction has held the top spot globally for 18 consecutive years, according to the blue book.

In 2024, China's cumulative electricity generation from nuclear power reached 444.7 billion kilowatt-hours, accounting for 4.72 percent of the country's total electricity generation, and ranking second globally. The annual equivalent reduction in carbon dioxide emissions was approximately 334 million tons.

Based on the current construction pace, China's operational nuclear power installed capacity is expected to rank first globally before 2030, according to the report issued by the CNEA.

By 2024, China had achieved 100 percent localization of key main equipment for nuclear power and ensured the independent control of key component technologies. The cumulative delivery of domestic nuclear power main equipment for the entire year reached 114 sets in 2024, doubling the amount delivered in 2023, it said.

Cao Shudong, an executive vice chairman of CNEA, said that China's independent research and development continues to achieve new breakthroughs. Cao said that unit one of the national major science and technology project Guohe One demonstration project has been completed and put into operation, while the Linglong One project is expected to be completed and put into operation in 2026.

The report also advises promoting the balanced development of nuclear power, such as making full use of existing coastal nuclear power plant sites to actively and orderly advance project development.

It also said that China's international cooperation in nuclear energy has made continuous progress, including strengthening communication and cooperation with the International Atomic Energy Agency, and opening up 12 nuclear research facilities and experimental platforms to the world, according to the report. Nuclear energy cooperation with Russia, France and other countries and regions is continuously expanding and deepening.

The blue book was issued at the spring summit - International Forum on Nuclear Energy Sustainable Development, which was organized by the CNEA, on Sunday. Dong Baotong, head of the National Nuclear Safety Administration, said that China's nuclear power has entered a peak period of large-scale construction, according to the CNEA.

Currently, influenced by factors such as climate change, ensuring energy security and the surging demand for electricity due to the construction of data centers, the global nuclear energy sector is entering a new phase of industrial revival and innovative development, Dong said.

Dong said it is essential to ensure that the operation of nuclear power units maintains a high level of nuclear safety.

Huang Haihua, a spokesperson for the Legislative Affairs Commission of the National People's Congress (NPC) Standing Committee, told a press conference on April 25 that the Standing Committee of the 14th NPC will hold its 15th session in Beijing from Sunday to Wednesday. Lawmakers will review several draft laws, including draft law on atomic energy, according to Huang.

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Monday, May 5, 2025

Brain drain in the USA, ‘America First,’ science on the sidelines?

Trump cutbacks force scientists to increasingly seek jobs in Europe

Student workers of Columbia union members protest Columbia University's recent policy changes and call for protection of international students, restoration of funding, and academic freedom at Columbia University in New York City, US, on March 24, 2025. Photo: IC

David Die Dejean is passionate about studying tuna. Last year, he landed a dream job at National Oceanic and Atmospheric Administration in Miami to pursue his research.

By January, he was settled in, had received a good review and loved working with his colleagues, he said.

Then in mid-february he received an email to vacate the premises within 90 minutes. He and hundreds others had been dismissed in job cuts targeting probationary workers as US President Donald Trump’s new administration began slashing funding for universities and research bodies.

Now Die Dejean is applying for positions in Europe.

“I want to work wherever they allow me to do the research,” said the scientist, who studies fish stocks to ensure tuna is being fished sustainably.

“I’m eagerly waiting for some of the things that are coming from the European Union... increasing the opportunities for scientists like me to come back,” said Die Dejean, who was born in Spain but has spent most of his career in the United States and Australia.

Trump’s administration says billions of dollars in cuts are needed to curb the federal deficit and bring the US debt under control.

His cutbacks on research come amid a broader clash that has seen Trump criticise universities as discriminatory for their diversity policies and denounce what he sees as a failure by some institutions to protect Jewish students from antisemitism.

The threat to academics’ livelihoods at universities including Yale, Columbia and Johns Hopkins has given Europe’s political leaders hope they could reap an intellectual windfall.

A letter, reviewed by Reuters, signed in March by 13 European countries including France, Germany and Spain, urged the EU Commission to move fast to attract academic talent.

The European Research Council, an EU body that finances scientific work, told Reuters it would double the relocation budget for funding researchers moving to the EU to €2mil (Rm10mil) per applicant. That goes towards covering the cost of moving to a European institution, which may involve setting up a laboratory.

In Germany, as part of coalition talks for a new government, conservatives and Social Democrats have drawn up plans to lure up to 1,000 researchers, according to negotiation documents from March seen by Reuters that allude to the upheaval in US higher learning.

Reuters spoke to 13 European universities and research institutes that reported seeing an increase in Us-based employees considering crossing the Atlantic, as well as half a dozen Us-based academics pondering a move to Europe.

“Regulatory uncertainty, funding cuts, immigration restrictions, and diminished international collaboration create a perfect storm for brain drain,” said Gray Mcdowell of US digital consultancy firm Capgemini Invent.

A White House official said the administration is analysing research grants and prioritising funding for areas likely to deliver returns for taxpayers “or some sort of meaningful scientific advancement”. The NOAA cuts were designed to avoid compromising its ability to do its duties, the official added.

Pulling in US talent to Europe requires more than good will though. It requires money.

For decades, Europe has lagged far behind the United States on investment in its seats of higher learning. Total expenditure on research and development in the EU among businesses, governments, universities and private non-profit organisations in 2023 was €381bil, according to the latest figures by Eurostat – the statistical office of the European Union.

That same year, total research and experimental development in the United States was estimated at Us$940bil, according to the National Center for Science and Engineering Statistics, a federal agency that provides data on the performance of science and engineering in the United States.

And while the US’S richest university, Harvard, has an endowment worth Us$53.2bil that of Britain’s wealthiest, Oxford, is only £8.3bil.

One academic and an expert in academia said, even with a concerted and substantial effort, Europe would likely need a long time to overturn that spending advantage.

The White House official said even with the cuts, the United States would still account for the most global research funding, adding: “Europe is not going to and cannot fill the void.”

Dozens of scientists have taken to social media encouraging peers to stay in the United States, while others acknowledge a number of drawbacks may deter them from moving.

Michael Olesen, director of an infection prevention programme for a healthcare system in Washington, said language barriers were one potential drawback, as were unfamiliar laws and employment practices.

Salary is another. “My impression is that I would get paid a lot less as an anaesthesiologist in Europe,” said Holden K. Groves, an Assistant Professor of Anaesthesiology at Columbia University, which received funding from the National Institutes of Health (NIH). “It’s a huge ordeal to change.”

Still, Europe’s political leaders feel the stance of the Trump administration has put the wind in their sails.

“The American government is currently using brute force against the universities in the United States, so that researchers from America are now contacting Europe,” Germany’s chancellor-in-waiting, Friedrich Merz, said this month.

“This is a huge opportunity for us.” John Tuthill, a American neuroscience professor at the University of Washington in Seattle, is assessing his options.

He cannot apply for new funding to plan beyond 2027 because grant applications have now been frozen.

The lab of 17 people he runs gets about three-quarters of its funding from the NIH, where the Trump administration has earmarked major cuts.

“Europe is the obvious one, because it is the other hub of biomedical research in the world,” said Tuthill, adding he is weighing up a move with his wife and daughter.

Aix Marseille University in France said it had received interest from 120 researchers at institutions in the United States, including NASA and Stanford, for a €15mil “safe space for science” programme launched on March 7. The initiative aims to attract US staff from fields including health, LGBT+ medicine, epidemiology and climate change.

“Our colleagues were frightened... It was our duty to rise to the occasion,” university director Eric Berton said, noting 10 European universities have contacted him about launching similar programmes.

In the Netherlands, the government wants to establish a fund to attract top foreign scientists and bolster the EU’S ‘strategic autonomy’ aims, Education Minister Eppo Bruins said in a letter.

That marks a policy shift as the government had previously announced plans to cut half a billion euros in research and higher education.

Eindhoven Tech University President Robert-jan Smits told Reuters that bringing in US scientists could boost Europe’s technological sovereignty in areas like semiconductors.

Belgium’s sister universities Vrije Universiteit Brussel and Universite Libre de Bruxelles have launched a scheme encouraging Us-based researchers to apply for 36 postdoctoral positions. And the Alexander von Humboldt Foundation, which promotes the exchange of top scientists to Germany, plans to increase its programmes by about 20%.

The Grantham Institute at Imperial College London, which specialises in climate change research, is creating at least two more research fellowship posts for early-career climate researchers from the United States and has already seen an clear uptick in applications, said its Director of Research, Joeri Rogelj..- Reuters

America First,' science on the sidelines?: US-China ...


OPINION / VIEWPOINT
‘America First,’ science on the sidelines?: US-China-Europe expert dialogue
Published: Apr 24, 2025 10:28 PM
Student workers of Columbia union members protest Columbia University's recent policy changes and call for protection of international students, restoration of funding, and academic freedom at Columbia University in New York City, US, on March 24, 2025. Photo: IC

Student workers of Columbia union members protest Columbia University's recent policy changes and call for protection of international students, restoration of funding, and academic freedom at Columbia University in New York City, US, on March 24, 2025. Photo: IC


Editor's Note:


In recent years, the US has faced unprecedented challenges to its ability to attract top global talent. The "brain drain" in the field of scientific research has been frequently discussed in the media and academia, especially under the current US administration's "America First" policy. The Global Times brings together three experts from China, the US and Europe to discuss how Washington's policy is driving away scientists and its impact on the US' research ecosystem, global talent mobility as well as the future of the global competition in scientific research.

Anthony Moretti, associate professor at the Department of Communication and Organizational Leadership at Robert Morris University

History reminds us that one reason to account for America's prestigious position in areas such as science is that it consistently opened its arms to researchers across the world. Likewise, immigration policies that welcomed such scholars ensured that the US benefited from intellectual firepower whether it was created at home or brought in from elsewhere. Now, America risks suffering from brain drain.

How is it possible that the US, the mythical land of the free, is now a place some scholars want to flee?

Through its insistence that too many colleges and universities are dedicated to "woke" policies and practices and its equally corrosive threats to take away critical grant money, the administration is making it harder and harder for researchers at America's most exceptional institutions to do their jobs. Those with the scholarship or research records that allow them to consider non-US universities are looking elsewhere. Why risk watching decades of work be destroyed?

Many scholars look at the federal government's determination to deport foreign-born graduate students and cannot help but wonder if faculty will be next. Granted, the courts might step in and make it harder for the government to kick international graduate students out of the country. But who could blame a foreign-born researcher for thinking that the courts could decide instead to endorse the president's plans? Why risk deportation?

Do enough people in Washington, and more specifically at the White House, understand the ramifications of losing some of the most intelligent people currently living in the country? US citizens are often told that their country's freedoms explain why millions of people, including the most educated, from across the globe want to live and work in America. That story now rings hollow. Over the past few decades, the US built the largest innovation engine the world has ever seen, but that engine risks short-circuiting.


Li Zheng, research fellow at the Institute of American Studies, China Institutes of Contemporary International Relations

In the post-World War II era, the US built an unrivaled innovation system with its open policies and abundant funding, attracting top talents from around the world. However, this long-standing position is being challenged as recent "America First" policies have created obstacles to continued progress.

For a long time, the US innovation system has been highly dependent on government strategic guidance, diverse teams and overseas scientists. The government has guided the scientific research system through many organizations, such as the National Institutes of Health (NIH) and the National Science Foundation, to explore the best path. The relative transcendence and independence of scientific research institutions also allow scientists to focus their own research areas and make freer choices. Besides, foreign scientists have been the mainstay of the US innovation system, allowing it to continue to gather the world's best talents.

However, the current US administration's science policy has brought harm to the US science, technology and innovation system in three ways. First, research and development funding has shrunk dramatically, with many scientific research organizations being the focus of budget cuts and layoffs. Second, the research climate in the country has been politicized. Third, the US has become more inward-looking and xenophobic in terms of scientific and technological exchanges.

Together, these have put the US science, technology and innovation system at risk of a historic setback. As the US risks losing its researchers more and more, the world isn't stopping. Europe and Canada are welcoming US scientists who want to run away from the country with open arms. Thirteen European governments asked the EU to welcome "brilliant talents from abroad who might suffer from research interference and ill-motivated and brutal funding cuts," while Canada has already become the destination for US scientists who have been laid off and are considering running away. Washington's decision to move against the science and technological development has also given more Asian countries a chance to catch up. China, South Korea and Singapore are investing more in R&D and building world-class research infrastructures. These countries may replace the US as a pole of global science and technology innovation in the future.


Sebastian Contin Trillo-Figueroa, a geopolitics analyst from Spain with a specialization in EU-Asia relations

The Trump administration's policies toward science have researchers witness a core civil right vanishing at speed. As a result, many conclude their work is at risk; and that they could pursue it more freely elsewhere.

Yet it's important to recognize that US researchers remain the best-paid in the world, with access to unmatched research funding. Their decision to leave, despite such advantages, underscores the scale of discontent.

This could have a severe negative effect on the US' scientific and tech development and innovation. First, US scientific leadership is now exposed to internal political turbulence in a way not seen before. Second, allies may begin to sever their reliance on US-based research, while the erosion of institutions like NIH weakens US influence in global science diplomacy. Third, the US may serve as a cautionary tale, demonstrating how easy it is to lose global talent, rather than attract it.

The deeper concern for the US may not be technological decline alone, but a fracture between national identity and its scientific community. Researchers, like many immigrants today, may come to believe the so-called American Dream no longer exists.

The outflow of US-based scientists redistributes knowledge and dilutes American dominance over global research. However, the loss of disillusioned US-based scientists is a net gain elsewhere. The weakening of US research leadership opens space for Europe and Asia to expand their scientific influence. Europe is well-positioned to absorb this shift, drawing on institutional infrastructure, transnational networks, and appeal as a space offering welfare protection and a high quality of life.

While Europe may lead in regulation-intensive fields, Asia - driven by China, India and regional innovation hubs - can pursue development-focused models anchored in long-term planning and state-backed research. China, in particular, may use the opening to advance its own scientific models, supported by large-scale investments and increasingly competitive conditions for high-skilled migrants. If China capitalizes on this exodus, it could absorb much of this talent - and, in doing so, tilt global scientific leadership.

The influx of US-trained scientists becomes not only a boost to research excellence, but a lever for reordering global hierarchies of expertise. Institutional responses across Europe and Asia should be strategic. Talent absorption feeds national innovation strategies and enhances soft power. For instance, China may scale up various initiatives with greater flexibility, aiming to capture expertise while managing reputational risks.


Sunday, May 4, 2025

Trump’s tariff fight with Xi reveals China’s great divide

 

Going strong: China has become less reliant on American consumers since Trump’s first trade war in 2018. — Reuters

HOW does an escalating US-China trade war affect people’s well-being? In China, it depends on who you ask.

Some are energised by the fight. Electric-vehicle makers are in hyperdrive, pushing out luxury new models, self-driving features and battery-charging technologies that allow drivers to recharge almost as fast as filling a petrol tank. Instead of selling cars to Americans, the likes of BYD are taking on Tesla in growth regions such as South-east Asia.

There’s also talk of an “engineer dividend” – credit to President Xi Jinping for his focus on higher education in sciences. The success of DeepSeek’s reasoning model, released in late January, gave rise to a realisation that China is not just a manufacturing powerhouse whose status is being challenged by President Donald Trump’s tariffs. Rather, Beijing may have found a fresh growth model. It can grab market share in software services, which the US excels at. Almost every week, Chinese tech firms have been releasing new artificial intelligence models and applications.

In part because of a stock market rebound, luxury home sales in Shanghai are booming. Property markets in tech hubs such as Hangzhou and Shenzhen are also seeing a revival, a welcoming reprieve after a four-year downturn.

After all, China has become less reliant on American consumers since Trump’s first trade war in 2018. Exports to the US accounted for just 15% of the total in 2024, versus 20% a decade earlier. The economy will shrink by only about 3%, even if the entire trading route to the US gets wiped out.

Beneath that stoic defiance, however, are genuine concerns about how to make a living, especially among blue-collar workers. A decline in exports, until now a rare bright spot in an otherwise anaemic economy, will only create more competition for low-skilled jobs. Already, demand for their labour is diminishing due to factory automation and the end of a decade-long property boom. In 2024, the manufacturing and construction sectors absorbed just over 40% of migrant workers, versus more than half a decade earlier.

Apparel is the third-largest category of US imports from China, after communication devices and electronic equipment. On average, the textile industry hires more than 25 people for every one million yuan (RM589, 846) in gross domestic product generated. About 16 million jobs could be lost thanks to Trump’s tariffs, according to Goldman Sachs Group estimates.

What these displaced might do next matters to the rest of the 425 million-strong blue-collar workforce. In recent years, people have been moving in droves into the gig economy, working as housekeepers, drivers, delivery workers and social media influencers.

Already, some of these sectors are getting crowded. In 2024, the number of ride-hailing drivers jumped by 27% to 38 million, prompting some local governments to warn about overcapacity. No surprise, their average monthly pay fell.

Or consider the 18 million social media live streamers, often young people who want glamour in their work. Most of them aren’t getting rich – they are barely getting by. A recent academic survey shows that 93% make less than 3,000 yuan a month, not even half of what an average delivery person earns.

It’s unlikely Beijing will launch the kind of bazooka stimulus witnessed in the aftermath of the global financial crisis (GFC), the last time China’s exports registered double-digit declines. Back then, more than a third of migrant workers, or over 80 million, were employed in manufacturing. The magnitude of job losses was much larger.

Barring mass street protests, the government’s attitude towards blue-collar labourers has been that since many have few skills, they can be flexible. Manufacturing jobs gone? No problem, they can go into the services sector, or back home to the farm. During the GFC, at least 20 million laid-off migrant workers returned to rural areas. This attitude is unlikely to change just because of Trump.

In fact, this trade war only exacerbates a separation of the elite from the grassroots. For the skilled and well-to-do, US tariffs barely touch their lives, and they are thinking of new money-making opportunities now that Trump is tearing up the existing world order (Gold, anyone?). But millions of others are only getting more anxious. – Bloomberg Opinion/TNS

by Shuli Ren, a Bloomberg Opinion columnist covering Asian markets.

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US economy in Q1 shrinks amid new tariff policies; US reportedly actively engaging with China through multiple channels

Close the US military bases in Asia !


Basic reciprocity among the major powers would save trillions of dollars of military outlays over the coming decade, the American economist writes.


Representational image.

President Donald Trump is complaining that US military bases in Asia are too costly for the country, and Japan and Korea should pay for them. Commenting on this on his Substack –Savage Minds – American economist and Columbia University professor Jeffrey D Sachs writes, “Here’s a much better idea: close the bases and return the US servicemen to the US.”

According to Sachs, the US purpose of stationing 50,000 troops in Japan and nearly 30,000 in Korea are not for protecting these countries but for force projection in the region. The only times in the last 1,000 year of Chinese history that China invaded Japan was when the Mongols ruled China briefly, about 700-750 years back.  Japan has a longer and a recent history of invading China.

He further writers that “In 1894-5, Japan invaded and defeated China in the Sino-Japanese war, taking Taiwan as a Japanese colony. In 1931, Japan invaded northeast China (Manchuria) and created the Japanese colony of Manchukuo. In 1937, Japan invaded China, starting World War II in the Pacific region.”

Today nobody believes Japan will invade China. The same is true of China and Korea. During the past 1,000 years, China never invaded Korea, except on one occasion: when the US threatened to attack China.

Sachs writes, “China entered the war in late 1950 on the side of North Korea to fight the US troops advancing northward towards the Chinese border. At the time, US General Douglas MacArthur recklessly recommended attacking China with atomic bombs. MacArthur also proposed to support Chinese nationalist forces, then based in Taiwan, to invade the Chinese mainland. President Harry Truman, thank God, rejected MacArthur’s recommendations.”

Sachs believes that any protection that South Korea needs against North Korea, to be sure, can be achieved far more effectively and credibly through a regional security system, including China, Japan, Russia, North Korea, South Korea, than through the presence of the US…” As he says, “In fact, the US military bases in East Asia are really for the US projection of power, not for the defence of Japan or Korea. This is even more reason why they should be removed.” …

He writes, “The best strategy for the superpowers is to stay out of each other’s lanes...Trump is looking for ways to save money—an excellent idea given that the US federal budget is haemorrhaging 2 trillion dollars a year, more than 6% of US GDP. Closing the US overseas military bases would be an excellent place to start.”

“….with America’s 750 or so overseas military bases in around 80 countries, it’s high time to close these bases, pocket the saving, and return to diplomacy…“You keep your military bases out of our neighbourhood, and we’ll keep our military bases out of yours. Basic reciprocity among the major powers would save trillions of dollars of military outlays over the coming decade and, more importantly, would push the Doomsday Clock back from 89 seconds to nuclear Armageddon,” writes Sachs.

Infographic: US military presence around the world

The US controls about 750 bases in at least 80 countries worldwide and spends more on its military than the next 10 countries combined.


In the early morning hours of August 31, the last American soldiers lifted off from Kabul airport, officially ending the 20-year war in Afghanistan, the longest in US history.

At its peak in 2011, the US had approximately 100,000 troops across at least 10 military bases from Bagram to Kandahar. In total, more than 800,000 US soldiers served in the war according to the Pentagon.

While no US troops remain on the ground today, US President Joe Biden said that his military will continue to conduct air raids against enemy targets from “over-the-horizon” – air missions from a vast network of US bases around the region.

Upwards of 750 US bases around the world

According to David Vine, ​​professor of political anthropology at the American University in Washington, DC, the US had around 750 bases in at least 80 countries as of July 2021.

The actual number may be even higher as not all data is published by the Pentagon.

With 120 active bases, Japan has the highest number of US bases in the world followed by Germany with 119 and South Korea with 73.

US military presence around the world
(Al Jazeera)