Hefei National Laboratory and USTC: The Engine Room of China's Quantum Push

Updated 2026-10-11 | 4 min read | QUANTUM (QNT) community

One city, one big idea

If you want to understand China's quantum ambitions, start in Hefei. It is a mid-sized city in Anhui Province, but it is home to the University of Science and Technology of China (USTC) and a cluster of quantum labs and companies. Reported accounts describe a long runway: USTC set up its first quantum communication lab with Chinese Academy of Sciences (CAS) support back in 1999, and a quantum innovation institute followed in Hefei in 2017 with backing from CAS and Anhui province. That institute was meant to be replaced by a national laboratory once approved.

What the national laboratory is

One detailed analysis describes the Hefei National Laboratory as China's first new-generation national lab focused on quantum science, formally inaugurated around 2020 to 2021 and formerly called the National Laboratory for Quantum Information Sciences. Exact approval dates vary between accounts, so check Chinese government or USTC announcements if you need a precise date. The same analysis reports that USTC is the primary constructing institution, but the lab is a separate legal entity with its own budget and governance, and that it helps manage China's Sci-Tech Innovation 2030 quantum megaproject.

Pan Jianwei, a CAS academician and USTC executive vice president, is described as the operational leader. He also appears as the lead scientist on nearly every headline result in this series: the Micius satellite, the Jiuzhang photonic computers and the Zuchongzhi superconducting processors. See Zuchongzhi and Jiuzhang explained and China's quantum communication networks.

Three bets under one roof

The lab's stated focus is quantum communication, quantum computing and quantum precision measurement (also called quantum sensing). That breadth is the point. Instead of picking one qubit type, the Hefei ecosystem has produced a photonic line (see photonic quantum computing) and a superconducting line (see superconducting qubits), plus the networking work. Betting on several approaches is a sensible hedge in a field where nobody yet knows which hardware wins.

Quantum Avenue: the local ecosystem

The same analysis reports a High-Tech Zone corridor nicknamed Quantum Avenue with more than 70 quantum enterprises nearby. Some of these are spinouts from USTC. QuantumCTek, for example, is described as a 2009 USTC spinout in Anhui. Clustering researchers, spinouts, local government funds and a university in one place is a classic recipe for speed: ideas move from lab to product in a short walk.

What do we actually know about the money?

This is where honesty matters. The analysis reports that confirmed Phase 1 construction investment was about 7 billion yuan (roughly 1 billion US dollars), with Anhui and Shanghai each reported to provide about 1 billion yuan in initial co-funding, and an Anhui quantum fund of 10 billion yuan. Larger numbers such as 10 or 15 billion dollars circulate in Western coverage, but the same source calls them unverified, notes that some refer to spending across several sites over many years, and cites an OECD comment that actual investment has not been verified. A separate estimate puts China's total public quantum investment as low as 4 billion dollars. The honest answer is that nobody outside the system knows the real total.

A June 2026 scorecard from the Special Competitive Studies Project (SCSP), as reported by The Quantum Insider, says China's government commitments reached about 15 billion dollars by 2024, but that article also notes the figure is debated. Both statements can sit side by side: the number is large, and it is uncertain.

Why this matters beyond China

Hefei shows what concentrated, patient institution building can do. It is also a reminder that quantum progress is a global, many-lab story. Western labs have their own hubs, and healthy competition tends to push the whole field forward. Better qubits, better error correction and better networks are good news for the long-term promise of quantum technology, wherever the paper is written. For how the US side is organized, see the US executive orders and for the overall picture see the global quantum race.

How to read Hefei headlines

Separate the peer-reviewed paper from the press release. Several Chinese results are in journals like Nature and Physical Review Letters, which is a good sign.
Treat funding totals as estimates unless an official budget is cited.
Remember that a research milestone is not a product. Engineering milestones do not mean a machine that breaks encryption is near.

Sources and further reading

Reported as of 2026-10-09. Press and company claims change, so check the primary documents before relying on any figure. Nothing here is financial advice, and the QUANTUM (QNT) memecoin is independent and has no link to any lab, company or government mentioned.

Frequently asked questions

Who runs the Hefei National Laboratory?

Reported accounts describe Pan Jianwei, a Chinese Academy of Sciences academician and USTC executive vice president, as the operational leader, overseen by a board of national, provincial and city representatives.

How much has China spent on Hefei?

Nobody outside knows for sure. One analysis reports about 7 billion yuan for Phase 1 construction, while larger figures in Western media are called unverified.

Is the QUANTUM (QNT) memecoin connected to Hefei or any lab?

No. QNT is an independent community memecoin with no link to any lab, company or government. This is not financial advice.

Keep reading

China's Quantum Strategy: The 15th Five-Year Plan, Zuchongzhi and Origin Wukong
What China's 2026 to 2030 plan says about quantum, how much money is really involved, and how to read claims about Zuchongzhi and Origin Wukong.
Zuchongzhi and Jiuzhang: China's Two Quantum Computer Families Explained
What USTC's superconducting Zuchongzhi chips and photonic Jiuzhang machines actually showed, and the honest caveats on the big speedup claims.
China's Quantum Communication Networks: Micius, Fiber Backbones and QuantumCTek
From the Micius satellite to the Beijing to Shanghai fiber trunk, how China built the world's most deployed quantum key distribution networks and what the limits are.
The Global Quantum Race: What Governments Are Saying and Spending
A plain English tour of how the US, China, the EU, the UK, India and Japan treat quantum computing as national strategy in 2026.

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