Nobel Chemist Omar Yaghi Leaves Berkeley to Lead Tsinghua AI Lab

A newly-minted Nobel laureate leaving Berkeley for Beijing is unusual on its own. The reason he gave is what makes it worth reading.

Omar Yaghi, who shared the 2025 Nobel Prize in Chemistry with Richard Robson and Susumu Kitagawa for metal-organic frameworks, has joined Tsinghua University to lead a new AI for Chemistry and Materials Science Research Center. The announcement landed on July 4, according to reporting from the South China Morning Post. Yaghi, 61, was previously the James and Neeltje Tretter professor of chemistry at UC Berkeley.

The stated research angle is a familiar AI-for-science pitch: use models to shorten materials design and synthesis cycles "by orders of magnitude," pointed at water scarcity, carbon neutrality, and sustainable development, the real-world jobs MOFs already do at lab scale (capturing carbon, harvesting water from desert air, absorbing hydrogen for clean energy). What is less familiar is the framing Yaghi gave alongside the move. In a Nature interview, he described the current state of US science as "not so encouraging because of the cutting back on grants," and said US researchers were not embracing what he sees as an "AI revolution," arguing engagement with AI models is "a matter of survival of the advanced research system in the US."

Why this matters beyond one appointment: a fresh laureate has publicly attached a talent move to US funding conditions and an AI-adoption gap, at a moment when Beijing is loudly recruiting. Yaghi trained approximately 200 researchers during his UC Berkeley tenure, nearly half of whom were Chinese, which gives the new Tsinghua center an alumni network to draw from immediately.

The honest caveat is that "orders of magnitude" is a hope, not a delivered result, and the reporting does not give you the terms of his appointment: full-time versus dual affiliation, funding scale, compute, what happens to his Berkeley group. Take those specifics as reported, not settled. The direction worth watching is whether more senior US-based principal investigators follow the same route, and whether this center starts producing real MOF designs against water and carbon in a timeframe short enough to matter.