Shirley Meng’s departure from a U.S. Department of Energy hub to Nanyang Technological University signals a potentially destabilising talent shift at a time when China and the rest of Asia are aggressively investing in next-generation energy storage.
Shirley Meng, a University of Chicago materials scientist and director of the $62 million Energy Storage Research Alliance based at Argonne National Laboratory, is moving to Singapore. On 1 July, she will become vice president for innovation and global affairs at Nanyang Technological University (NTU), her undergraduate alma mater. The move, reported by Science, is a strategic loss for the United States at a pivotal moment in the global race for cheaper, better batteries.
Meng, who grew up in China and holds Singaporean citizenship, cites a combination of policy headwinds as the reason. She told Science that the Trump administration has turned away from decarbonisation, that U.S. immigration restrictions on Chinese-born scientists have made collaboration difficult, and that she is uncomfortable with the prospect of being directed by the “U.S. Department of War” to work on drones or humanoids for warfare. “I just don’t want to risk it,” she said, adding that she wishes to maintain her reputation as someone “always building things, not destroying things.”
Meng’s departure is emblematic of a larger trend: Chinese scientists who built their careers in the U.S. are returning to Asia in greater numbers. She specifically criticised the lack of differentiation in U.S. policy discussions between race, nationality, and culture, noting that “the word Chinese is being mixed up” in ways that make it “extremely tiring” to navigate. She acknowledged that the U.S. has a right to impose security controls on national labs, but pointed out that the system also creates absurd barriers — a Tesla-funded postdoc being blocked from Argonne because Tesla operates in China, for example.
For China and the broader Asian research ecosystem, Meng’s arrival at NTU is a major gain. NTU, only 35 years old, now ranks 12th in a global assessment of research universities — one rung above UChicago. She will continue to operate her lab, which recently developed the first anode-free sodium solid-state battery, an alternative to lithium batteries that could enable cheaper and faster-charging electric vehicles. At the same time, she leaves open the possibility of returning to UChicago if “things start moving in the right direction.” But for now, the signal is clear: the U.S. is losing one of its most prominent battery scientists at a time when the world is hungry for energy innovation.
Why it matters:
For global investors and energy professionals, Meng’s exit is a leading indicator of a deeper structural shift. As the U.S. tightens security policies and deprioritises decarbonisation, Chinese scientists and engineers may increasingly choose to develop next-generation battery technology in Asia. That could accelerate China’s lead in the electric-vehicle and energy-storage supply chains — and reshape the competitive landscape for everyone else.
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