China’s Fourth-Generation Superconducting Quantum Computer Just Went Live – Here’s What It Means for Investors

• Upstream: Providers of superconducting materials, dilution refrigerators, and microwave measurement systems.
• Midstream: Whole-machine manufacturers focusing on superconducting, ion trap, and optical architectures.
• Downstream: Cloud platform providers and application developers for finance, pharma, and cryptography.

The quantum computing race just got a whole lot more interesting.

On May 9, China officially announced a major breakthrough: the “Origin Wukong-180” (Benyuan Wukong-180 本源悟空-180) quantum computer went live and started accepting global quantum computing tasks.

This isn’t just another tech announcement.

This is China’s fourth-generation autonomous superconducting quantum computer—and it’s entirely homegrown.

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What Makes the Origin Wukong-180 Different?

Let’s break down what you’re actually looking at here.

The Origin Wukong-180 is packed with a self-developed 180-qubit single-core superconducting quantum chip.

But here’s the real story: full supply chain sovereignty.

Origin Quantum (Benyuan Liangzi 本源量子) built this entire machine in-house—no foreign dependencies, no reliance on external suppliers.

All four core systems were developed autonomously:

• The quantum computing chip system
• The quantum computing measurement and control system
• The quantum computing environment support system
• The quantum computer operating system

This is a big deal because complete technological independence means China can iterate faster, adapt to its own needs, and avoid potential supply chain bottlenecks that plagued other countries.

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Why the Global Quantum Computing Race is Heating Up

Quantum computing isn’t niche anymore—it’s a national security priority.

Every major economic power is making moves:

• The United States passed the “National Quantum Initiative Act” back in 2018 to launch a federal quantum R&D program. More recently, the “CHIPS and Science Act” doubled down on quantum networking and standards while adding export controls and investment screenings to protect quantum tech as critical infrastructure.
• Europe launched the “Quantum Flagship” initiative to coordinate quantum technology sovereignty across the entire European Union.
• China integrated quantum computing into its major national science and technology projects and is aggressively pushing industrialization through local industrial funds and talent cultivation.

The 15th Five-Year Plan Proposals specifically included Quantum Science and Technology (Liangzi Keji 量子科技), explicitly stating the goal to “promote future industries such as quantum technology to become new economic growth points.”

Multiple provinces and cities have already responded by incorporating quantum tech into their local development plans.

This isn’t a race—it’s a sprint.

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The Quantum Computing Tech Landscape: Five Main Routes

Not all quantum computers are built the same way.

The industry has settled on five mainstream technical approaches:

• Superconducting Quantum — The most mature route. Players: IBM, Google, QuantumCTek (Guodun Liangzi 国盾量子), Origin Quantum (Benyuan Liangzi 本源量子).
• Ion Traps — Uses trapped ions as qubits. Players: IonQ, Quantinuum, CIQTEK (Guoyi Liangzi 国仪量子), Origin Quantum (Benyuan Liangzi 本源量子).
• Optical Quantum — Photon-based systems. Players: Xanadu, PsiQuantum, TuringQ (Tuling Liangzi 图灵量子).
• Neutral Atoms — Emerging route using neutral atom arrays. Players: QuEra Computing, Atom Computing, Pasqal, CIQTEK (Zhongke Kuyuan 中科酷原).
• Silicon Semiconductors — Leveraging existing semiconductor infrastructure. Players: Intel (Yingte’er 英特尔), TSMC (Taimengti 台积电), Quantum Motion.

Each approach has tradeoffs: maturity vs. scalability, error rates vs. manufacturing complexity, speed vs. stability.

The fact that China has multiple players across multiple technical routes means the bet is hedged.

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The Money is About to Get Ridiculous

Here’s where it gets interesting for investors.

According to Oriental Securities (Dongfang Zhengquan 东方证券), citing data from the ICV research institute (Guangzihe 研究院), the global quantum computing market is projected to explode:

• By 2030: ~¥1.59 trillion RMB ($220 billion USD)
• By 2035: >¥5.79 trillion RMB ($800 billion USD)

That’s not linear growth—that’s exponential.

The Compound Annual Growth Rate (CAGR) tells the story:

• 2022-2030: ~83% CAGR
• 2030-2035: ~50% CAGR (still massive, just plateauing slightly as the market matures)

For context, 83% annual growth for an entire decade is the kind of expansion that creates generational wealth.

This isn’t speculation—this is infrastructure buildout.

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Where to Look: China’s Quantum Computing Investment Landscape

If you’re an investor looking at Chinese quantum computing exposure, Oriental Securities breaks the opportunity into three clear segments:

1. Upstream: Core Equipment and Components

These companies supply the building blocks—the hardware that quantum computers are made of.

• Rigol Technologies (Puyuan Jingdian 普源精电) — Precision electronic test and measurement equipment
• Western Superconducting (Xibu Chaodao 西部超导) — Superconducting materials and components
• Gofoton (Tengjing Keji 腾景科技) — Photonics and optical components

Think of this segment as the picks and shovels play.

When the quantum computing industry grows, these suppliers grow first—regardless of which technical route ultimately wins.

2. Midstream: Full-Machine Platforms

These are the companies actually building complete quantum computers.

• QuantumCTek (Guodun Liangzi 国盾量子) — Full-stack quantum computing solutions
• USTC GuoChuang (Keda Guochuang 科大国创) — Holds a significant stake in Origin Quantum, effectively giving exposure to the company behind the Wukong-180

This is where the direct leverage lives.

Success here means revenue growth tied directly to quantum computer sales and deployment.

3. Downstream: Application Security and Software

This is where quantum computing gets actually useful.

Quantum computers are naturally adept at cryptography, optimization problems, and simulations—but someone needs to write the software and handle security implications.

• Jida Zhengyuan (吉大正元) — Quantum-safe cryptography and information security
• Sansec (Sanwei Xin’an 三未信安) — Information security solutions
• Koal Software (Ge’er Ruanjian 格尔软件) — Software and system integration

This segment benefits from the entire quantum ecosystem expanding, not just individual breakthroughs.

As more quantum computers come online, demand for applications, security protocols, and integration services compounds.

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The Strategic Takeaway

China’s Origin Wukong-180 isn’t just a milestone—it’s a signal.

The country has moved from building quantum computers in isolation to deploying them at scale with full supply chain independence.

The global quantum computing market is projected to hit ¥1.59 trillion RMB ($220 billion USD) by 2030, growing at an 83% CAGR through the decade.

For investors, this means three clear opportunities across the value chain: component suppliers feeding the hardware buildout, platform companies capturing direct quantum computing revenue, and application software capturing downstream monetization.

The quantum computing supercycle is just getting started.

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References

• 我国第四代超导量子计算机来了！相关概念股梳理 – 东方财富网
• Origin Quantum Official Website – Origin Quantum
• QuantumCTek Co., Ltd. – QuantumCTek
• Chinese Academy of Sciences Official News – CAS