Inside China's ambitious program to dominate the emerging field of quantum technology, overseen by physicist Pan Jian-Wei, as it pours billions into R&D
China's drive to dominate a field with big economic and military applications outpaces some U.S. strides Tweets: @rokhanna , @keithboykin , @ritholtz , and @mbrookerhk Tweets: Ro Khanna / @rokhanna : Pan, China's leader for quantum, gives Xi Jinping regular lab tours. Instead of bashing tech and showing a disdain for science and knowledge, wouldn't it be nice if our next President takes an interest in making sure America continues to lead the field. https://www.washingtonpost.com/ ... Keith Boykin / @keithboykin : The United States used to produce more patents than China for quantum technology. Last year, however, China had nearly twice as many patent filings as the US in this field. https://www.washingtonpost.com/ ... Barry Ritholtz / @ritholtz : Weekend long read preview: China's drive to dominate a field with big economic and military applications outpaces some U.S. strides https://beta.washingtonpost.com/ ... Matthew Brooker / @mbrookerhk : “I predict China will go black in two to three years — we won't be able to read anything,” said Jonathan Dowling, a physics professor at Louisiana State University The quantum revolution is coming, and Chinese scientists are at the forefront https://www.washingtonpost.com/ ...
Context & Ripple Effects
The Washington Post's profile of Pan Jian-Wei's program lands on top of a decade of documented Chinese momentum: Beijing had already put millions into quantum encryption by late 2018, and Chinese academics had passed the U.S. share of global publications in physical sciences and engineering that same year (more than one-third of the global total). The relationship data adds the sharpest marker — China filed nearly twice as many quantum patents as the United States last year.
What makes this story more than a science item is the political framing around it: Ro Khanna's public challenge to U.S. presidential candidates to match Xi Jinping's personal attention to the field turns quantum leadership into an electoral issue, echoing the broader catch-up narrative in AI and robotics driven by R&D spending that tripled since 2012.
First-order effects
- U.S. lawmakers like Ro Khanna now have a concrete benchmark — Xi's regular lab tours with Pan Jian-Wei and the near-2x patent filing gap — to argue for federal quantum funding increases.
- The U.S. research community faces direct competition for talent and priority in quantum computing and encryption, where China's national program concentrates billions rather than scattered grants.
Second-order effects
- Allied governments are pushed toward the dilemma already visible in the wider quantum race: balancing export controls and protectionism against the scientific cooperation their own researchers need (the NYT's framing of the race)
- Vendors of today's classical security infrastructure face a demand signal for quantum-resistant encryption as state-backed programs advance post-quantum cryptography first.
Third-order effects
- If the pattern holds, standards-setting itself migrates: after decades of Western dominance of tech norms, China's push across 5G, AI, and quantum aims to rewrite the rules layer (the standards-rewriting effort) — whoever deploys quantum encryption at national scale first writes the interoperability defaults.
- Quantum becomes the template for state-directed tech competition generally — the same industrial-policy playbook China applied to AI startups ($8.5B pledged) extended to physics-heavy fields where the U.S. relies on dispersed academic and private investment.
The trend: State-directed quantum programs are turning a research field into a geopolitical contest over patents, encryption standards, and the norms layer beneath next-generation technology.