The Asia-Pacific Quantum Race: Japan, Korea, Singapore, Australia, India and Taiwan Compared

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

Not a race, a portfolio

Headlines love a scoreboard, but quantum computing has no single finish line. Different machines suit different jobs, and nobody knows which approach will scale first. Asia-Pacific is a great illustration: six economies, six different strategies, and a lot of cross border cooperation. For the global view, read the global quantum race. For China, covered separately, see China's plan.

The comparison table

Place	Signature move (as reported)	Deep dive
Japan	256 qubit superconducting machine from RIKEN and Fujitsu (2025), roughly 1,000 qubits targeted for fiscal 2026, Reimei trapped ion system at RIKEN, about 130 billion yen for quantum in a late 2025 supplementary budget plan	Japan
South Korea	Roadmap aiming for top quantum chip production by 2035, quantum named one of 10 strategic fields in the 2026 to 2030 plan	South Korea
Singapore	Nearly S$300 million National Quantum Strategy (May 2024), CQT as flagship centre, host of QIP 2027	Singapore
Australia	A$940 million PsiQuantum Brisbane deal (2024), silicon startups SQC and Diraq	Australia
India	National Quantum Mission (Rs 6,003 crore), QpiAI-Indus 25 qubits (2025), Amaravati Quantum Valley	India
Taiwan	In-house 20 qubit superconducting chip (January 2026)	Taiwan

Numbers here come from different years, currencies and types of source, so do not rank countries by them. A budget plan, a signed contract and a delivered machine are three very different things.

Five patterns across the region

1. Different technologies, different bets

Superconducting circuits dominate in Japan and Taiwan and appear in India, trapped ions run at RIKEN, photonics anchors the Australian flagship, and silicon spin qubits are the Australian startup bet. This variety is healthy. See types of quantum computers for how they differ.

2. Manufacturing is the quiet superpower

Korea and Taiwan are chipmaking powerhouses, and Diraq in Australia explicitly aims to use standard chip manufacturing. If quantum scales the way semiconductors did, factory know how could matter as much as lab discoveries. That is a hopeful thought for the whole region, though it remains unproven.

3. Hybrid with supercomputers

Japan's plan to connect Reimei to the Fugaku supercomputer shows a practical path: quantum processors as accelerators inside classical computing centers. Similar hybrid thinking appears in hybrid quantum and AI work.

4. Governments as co-investors and customers

Australia co-funds a foreign company, India co-invests in startups, Japan funds national institute bases, Korea designates clusters, and Singapore coordinates a national centre. The common thread is the state de-risking early hardware.

5. Cross border ties

Reimei uses a design from Quantinuum, the real company. Korea signed an MoU with IonQ. Diraq and PsiQuantum are in talks about US funding. QpiAI talks about Singapore and the Middle East. Quantum is global by nature, and Asia-Pacific is deeply networked into it.

What nobody can promise

Which approach scales first. Roadmaps are targets, and they often slip. See error correction in 2026.
That a given budget turns into working machines on schedule.
That national announcements affect any market or token. They may raise attention, but attention is short lived, and none of this is financial advice.

How to follow it honestly

Look for three levels of evidence: what was announced, what was funded, and what was delivered and measured. Prefer primary sources, note dates, and use benchmarks carefully (quantum benchmarks explained). Our guide on how to follow quantum news has more tips, and the events calendar shows where announcements tend to land.

The optimistic read

More countries building real machines, training thousands of students and funding open research means more ideas competing and more chances for breakthroughs. Whoever gets there first, the field as a whole moves faster when many regions contribute.

Not financial advice. This page is about science and public policy. The QNT community token is an independent memecoin with no connection to any lab, company or government named here, including the real company Quantinuum Ltd. See the memecoin versus the company.

Sources and further reading

Reported as of 2026-10-09. Government programs and company roadmaps change often, so check the primary documents before relying on any figure. Nothing here is financial advice. The QNT memecoin is independent and has no link to any company, lab or government mentioned.

Frequently asked questions

Which Asia-Pacific country is leading in quantum?

There is no single scoreboard. Japan has large superconducting and trapped ion systems, Australia hosts a major photonic project and silicon startups, India has a funded national mission, and each country leads in different ways.

Why compare budgets with caution?

Figures differ in year, currency and meaning: plans, contracts and delivered machines are not the same thing.

Do these programs affect crypto prices?

No one can promise that. Attention can rise and fall quickly. This is not financial advice.

Is the QNT memecoin connected to any of these programs?

No. QNT is an independent community memecoin with no link to any company, lab or government, and it is separate from the real company Quantinuum Ltd.

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.
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.
UK, India and Japan Quantum Programs: Strategy, Money and Targets
A guide to the UK National Quantum Strategy, India's National Quantum Mission and Japan's quantum efforts, with the numbers as reported 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.

All Quantum policy and governments guides | Back to top | Search the site

Main pages: Quantum computing explained | Quantum and crypto | Companies | Quantum news | Glossary

QUANTUM (QNT) is the quantum sector memecoin on Solana. See the live chart, buys and burnt supply or read the token facts. Questions? Join the Telegram.