China's Quantum Strategy: The 15th Five-Year Plan, Zuchongzhi and Origin Wukong
The plan in brief
China's 15th Five-Year Plan covers 2026 to 2030 and was approved on March 12, 2026. Reporting says it puts quantum at the top of its list of future industries, ahead of biomanufacturing, hydrogen, 6G and brain-computer interfaces. List order in Chinese policy language is read as a hint about priority.
From grants to products
During the previous plan, most quantum money flowed through university research grants. Analysts say the new plan points resources at commercialization support, government procurement and manufacturing subsidies, and calls for scalable quantum computers and an integrated space-to-earth quantum communication network.
The money, carefully
A National Venture Guidance Fund was reported to allocate 121.8 billion yuan, about 17.5 billion dollars, across three regional vehicles. A correction notice says these are general hard technology funds with quantum among several target sectors, not quantum-only funds. The often quoted 15 billion dollar total for Chinese government quantum spending also mixes capital projects (such as the Hefei national laboratory campus), research grants, a long quantum communication backbone and satellites. Treat all of these as estimates.
The machines
- Zuchongzhi: a superconducting series from the University of Science and Technology of China. Reporting says the series reached 107 qubits during the last plan period.
- Origin Wukong: a 72 qubit superconducting computer from Origin Quantum in Hefei that began operating on January 6, 2024, with remote access. Usage numbers came from state affiliated outlets.
- Micius: a quantum communication satellite, part of China's lead in quantum networking. See quantum key distribution.
Independent reviewers urge caution on the newest hardware claims because some are hard to trace to original benchmark papers. Compare with how benchmarks work in the benchmarks guide.
Why the West watches
The race framing drives policy in other capitals, including the US orders. It also drives export controls and supply chain worries around cryogenics and chips.
Takeaway
China is a serious, state backed competitor, especially in communications and in building an industrial base. Exact numbers are murky, so prefer primary documents and independent analysis.
The communication network in numbers
PostQuantum.com reports a Beijing to Shanghai backbone of 2,032 km of fiber with 32 trusted relay nodes, a wider network above 12,000 km and 20 city networks. It also says the Micius satellite reentered in January 2026 and that a microsatellite called Jinan-1 took over satellite key distribution. We read this in one secondary source, so confirm it elsewhere before repeating it.
Fund sizes, worked through
| Fund vehicle | Size in yuan |
|---|---|
| Beijing-Tianjin-Hebei | 29.646 billion |
| Yangtze River Delta | 47.1 billion |
| Guangdong-Hong Kong-Macao | 45.05 billion |
| Total | about 121.8 billion (about 17.5 billion dollars) |
These add up to the 121.8 billion figure, but they are general hard technology funds. The share that reaches quantum has not been disclosed, so the 17.5 billion dollar number must never be read as a quantum budget. A physicist quoted in that report suggests real quantum spending may be a quarter to a third of announced figures.
Hardware claims, graded by how checkable they are
- Zuchongzhi, 107 qubits: published research from a university team, so it is checkable.
- Jiuzhang photonic advantage: published benchmarks, though quantum advantage claims are always debated, see advantage claims.
- Hanyuan-1 neutral atom machine: reported as 100 qubits and sold commercially. Sales claims come from the vendor and press.
What changed in the last 90 days
We found no new national quantum law in China since the plan was approved on March 12, 2026. Five Year Plans set a frame, and the detailed sector plans follow over the next year or two. Expect specifics to appear in later documents rather than all at once.
What to watch next
- Follow-on special plans for future industries, which the Chinese government has not dated in the sources we read.
- Independent benchmark papers for new processors.
- Western export control updates, covered in the global race guide.
Sources and further reading
- PostQuantum.com: China's 15th Five-Year Plan and quantum
- The Quantum Insider: China quantum investment surge
- CSIS: understanding China's quest for quantum advancement
- PostQuantum.com (read for fund sizes, network figures and caveats)
Reported as of 2026-10-09. Government programs change often, so check the primary documents before relying on any figure.
Frequently asked questions
What does China's 15th Five-Year Plan say about quantum?
Reporting says it lists quantum technology first among future industries and shifts support toward commercialization, procurement and manufacturing, with scalable quantum computers and a space-earth quantum communication network named as goals.
How much does China spend on quantum?
Figures like 15 billion dollars circulate but are contested estimates that combine labs, networks and satellites. There is no single reliable annual number.
What is Zuchongzhi?
A series of superconducting quantum processors from the University of Science and Technology of China.
What is Origin Wukong?
A 72 qubit superconducting quantum computer from Origin Quantum, a Hefei company, offered through remote access since January 2024.
Is the 17.5 billion dollar figure a quantum budget?
No. It is the combined size of general hard technology funds. The quantum share has not been disclosed.
What is the quantum communication network?
A mix of fiber links with trusted relay nodes and satellites that distribute encryption keys. See the quantum key distribution guide.
Is China ahead of the US in quantum computing?
It depends on the measure. China has strong state backing and communications work, while the US has more commercial hardware companies. Treat claims of a clear winner with caution.
Why are Chinese quantum numbers hard to verify?
Many come from state affiliated outlets or consultancies and cover different scopes. Independent analysts urge caution.
Keep reading
- 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. - Types of Quantum Computers: Superconducting, Ion, Photonic and More
A guide to the main ways quantum computers are built, with the strengths and trade-offs of each approach. - Quantum Key Distribution (QKD) Explained vs Post-Quantum Cryptography
QKD uses quantum physics to share encryption keys. Learn how it works, its limits, and how it differs from post-quantum cryptography. - Quantum Benchmarks Explained: Why Qubit Count Misleads
How do you measure a quantum computer? Learn what error rates, fidelity, coherence time and quantum volume mean, and why qubit count alone is not enough.
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