Science

China rolls out its version of the H-1B visa to attract foreign tech workers

Vaishnavi Srinivasagopalan, a skilled Indian IT professional who has worked in both India and the U.S., has been looking for work in China. Beijing’s new K-visa program targeting science and technology workers could turn that dream into a reality.

The K-visa rolled out by Beijing last month is part of China’s widening effort to catch up with the U.S. in the race for global talent and cutting edge technology. It coincides with uncertainties over the U.S.’s H-1B program under tightened immigrations policies implemented by President Trump.

“(The) K-visa for China (is) an equivalent to the H-1B for the U.S.,” said Srinivasagopalan, who is intrigued by China’s working environment and culture after her father worked at a Chinese university a few years back. “It is a good option for people like me to work abroad.”

The K-visa supplements China’s existing visa schemes including the R-visa for foreign professionals, but with loosened requirements, such as not requiring an applicant to have a job offer before applying.

Stricter U.S. policies toward foreign students and scholars under Trump, including the raising of fees for the H-1B visa for foreign skilled workers to $100,000 for new applicants, are leading some non-American professionals and students to consider going elsewhere.

“Students studying in the U.S. hoped for an (H-1B) visa, but currently this is an issue,” said Bikash Kali Das, an Indian masters student of international relations at Sichuan University in China.

China wants more foreign tech professionals

China is striking while the iron is hot.

The ruling Communist Party has made global leadership in advanced technologies a top priority, paying massive government subsidies to support research and development of areas such as artificial intelligence, semiconductors and robotics.

“Beijing perceives the tightening of immigration policies in the U.S. as an opportunity to position itself globally as welcoming foreign talent and investment more broadly,” said Barbara Kelemen, associate director and head of Asia at security intelligence firm Dragonfly.

Unemployment among Chinese graduates remains high, and competition is intense for jobs in scientific and technical fields. But there is a skills gap China’s leadership is eager to fill. For decades, China has been losing top talent to developed countries as many stayed and worked in the U.S. and Europe after they finished studies there.

The brain drain has not fully reversed.

Many Chinese parents still see Western education as advanced and are eager to send their children abroad, said Alfred Wu, an associate professor at the National University of Singapore.

Still, in recent years, a growing number of professionals including AI experts, scientists and engineers have moved to China from the U.S., including Chinese-Americans. Fei Su, a chip architect at Intel, and Ming Zhou, a leading engineer at U.S.-based software firm Altair, were among those who have taken teaching jobs in China this year.

Many skilled workers in India and Southeast Asia have already expressed interest about the K-visa, said Edward Hu, a Shanghai-based immigration director at the consultancy Newland Chase.

With the jobless rate for Chinese aged 16-24 excluding students at nearly 18%, the campaign to attract more foreign professionals is raising questions.

“The current job market is already under fierce competition,” said Zhou Xinying, a 24-year-old postgraduate student in behavioral science at eastern China’s Zhejiang University.

While foreign professionals could help “bring about new technologies” and different international perspectives, Zhou said, “some Chinese young job seekers may feel pressure due to the introduction of the K-visa policy.”

Kyle Huang, a 26-year-old software engineer based in the southern city of Guangzhou, said his peers in the science and technology fields fear the new visa scheme “might threaten local job opportunities”.

A recent commentary published by a state-backed news outlet, the Shanghai Observer, downplayed such concerns, saying that bringing in such foreign professionals will benefit the economy. As China advances in areas such as AI and cutting-edge semiconductors, there is a “gap and mismatch” between qualified jobseekers and the demand for skilled workers, it said.

“The more complex the global environment, the more China will open its arms,” it said.

“Beijing will need to emphasize how select foreign talent can create, not take, local jobs,” said Michael Feller, chief strategist at consultancy Geopolitical Strategy. “But even Washington has shown that this is politically a hard argument to make, despite decades of evidence.”

China’s disadvantages even with the new visas

Recruitment and immigration specialists say foreign workers face various hurdles in China. One is the language barrier. The ruling Communist Party’s internet censorship, known as the “Great Firewall,” is another drawback.

A country of about 1.4 billion, China had only an estimated 711,000 foreign workers residing in the country as of 2023.

The U.S. still leads in research and has the advantage of using English widely. There’s also still a relatively clearer pathway to residency for many, said David Stepat, country director for Singapore at the consultancy Dezan Shira & Associates.

Nikhil Swaminathan, an Indian H1-B visa holder working for a U.S. non-profit organization after finishing graduate school there, is interested in China’s K-visa but skeptical. “I would’ve considered it. China’s a great place to work in tech, if not for the difficult relationship between India and China,” he said.

Given a choice, many jobseekers still are likely to aim for jobs in leading global companies outside China.

“The U.S. is probably more at risk of losing would-be H-1B applicants to other Western economies, including the UK and European Union, than to China,” said Feller at Geopolitical Strategy.

“The U.S. may be sabotaging itself, but it’s doing so from a far more competitive position in terms of its attractiveness to talent,” Feller said. “China will need to do far more than offer convenient visa pathways to attract the best.”

Ho-Him writes for the Associated Press. AP writer Fu Ting in Washington and researchers Yu Bing and Shihuan Chen in Beijing contributed to this report.

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High school girls’ volleyball: Southern California regionals pairings

CIF SOCAL REGIONALS

(Matches at 6 p.m. unless noted)

TUESDAY’S SCHEDULE

First Round

DIVISION I

#16 Santa Barbara San Marcos at #1 Harvard-Westlake

#9 Long Beach Poly at #8 San Luis Obispo

#12 Bishop Montgomery at #5 La Jolla Country Day

#13 Redlands at #4 West Ranch

#14 San Diego San Marcos at #3 Santa Margarita

#11 JSerra at #6 Coronado

#10 Bakersfield Centennial at #7 Bishop’s

#15 Orange Lutheran at #2 Temecula Valley

DIVISION II

#16 Oak Park at #1 Liberty

#9 Arroyo Grande at #8 Flintridge Prep

#12 La Canada at #5 Christian

#13 Ventura at #4 Santa Ana Foothill

#14 Venice at #3 Cypress

#11 St. Margaret’s at #6 Scripps Ranch

#10 Palisades at #7 Carlsbad

#15 Dana Hills at #2 Westview

DIVISION III

#16 Arrowhead Christian at #1 Academy of Our Lady of Peace

#9 Garces Memorial at #9 Royal

#12 Cleveland at #5 Patrick Henry

#13 El Camino Real at #4 Santa Fe Christian

#14 Taft at #3 Mission Vista

#11 Santa Barbara at #6 Ontario Christian

#10 Eagle Rock at #7 Chadwick

#15 Wiseburn Da Vinci at #2 Frontier

DIVISION IV

#1 Nipomo, bye

#8 Grant at #9 Oceanside El Camino

#12 Capistrano Valley Christian at #5 Chatsworth

#13 West Valley at #4 Olympian

#14 Cate at #3 Granada Hills

#11 Garden Grove Pacifica at #5 LA University

#10 Rock Academy at #7 Granada Hills Kennedy

#15 California Academy of Math & Science at #2 Mammoth

DIVISION V

#1 East Valley, bye

#9 Loma Linda Academy at #8 Panorama

#12 South East at #5 Artesia

#13 Legacy at #4 Elsinore

#14 Moreno Valley at #3 O’Farrell Charter

#11 Nogales at #6 Schurr

#10 South El Monte at #7 Foothill Tech

#15 Anaheim at #2 Morro Bay

WEDNESDAY’S SCHEDULE

First Round

OPEN DIVISION

#8 Mira Costa at #1 Sierra Canyon

#5 Marymount at #4 San Diego Cathedral

#6 San Juan Hills at #3 Torrey Pines

#7 Redondo Union at #2 Mater Dei

Note: Quarterfinals (Divisions I-V) Nov. 13 at higher seeds; Semifinals (all divisions) Nov. 15 at higher seeds; Finals (all divisions) Nov. 18 at higher seeds.

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Scientists watch flare with 10 trillion suns’ light from massive black hole | Science and Technology News

The burst of energy was likely triggered when an unusually large star wandered too close to the black hole.

Scientists have documented the most energetic flare ever observed emanating from a supermassive black hole, a cataclysmic event that briefly shone with the light of 10 trillion suns.

The new findings were published on Tuesday in the journal Nature Astronomy, with astronomer Matthew Graham of the California Institute of Technology (Caltech) leading the study.

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The phenomenal burst of energy was likely triggered when an unusually large star wandered too close to the black hole and was violently shredded and swallowed.

“However it happened, the star wandered close enough to the supermassive black hole that it was ‘spaghettified’ – that is, stretched out to become long and thin, due to the gravity of the supermassive black hole strengthening as you get very close to it. That material then spiralled around the supermassive black hole as it fell in,” said astronomer and study co-author KE Saavik Ford.

The supermassive black hole was unleashed by a black hole roughly 300 million times the mass of the sun residing inside a faraway galaxy, about 11 billion light years from Earth. A light year is the distance light travels in a year, 5.9 trillion miles (9.5 trillion km).

The star, estimated to be between 30 and 200 times the mass of the sun, was turned into a stream of gas that heated up and shined intensely as it spiralled into oblivion.

Almost every large galaxy, including our Milky Way, has a supermassive black hole at its centre. But scientists still aren’t sure how they form.

First spotted in 2018 by the Palomar Observatory, operated by the Caltech, the flare took about three months to reach its peak brightness, becoming roughly 30 times more luminous than any previously recorded event of its kind. It is still ongoing, but diminishing in luminosity, with the entire process expected to take about 11 years to complete.

Because of how far away the black hole is located, observing the flash gives scientists a rare glimpse into the universe’s early epoch. Studying these immense, distant black holes helps researchers better understand how they form, how they influence their local stellar neighbourhoods, and the fundamental interactions that shaped the cosmos we know today.

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