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Repair Windows errors before they cause bigger problemsFix Now →Scan for outdated or missing drivers - takes under a minuteDriver Scan →Clear out junk files and repair common Windows errorsFree Scan →Yes—but having the capacity to compete is not the same as matching the US and China today. The EU still has substantial research, industrial, market and clean-energy assets. It also faces weaker productivity growth, lower R&D intensity, a shortage of globally scaled technology firms, fragmented markets and high energy costs. Its prospects depend on turning investment and innovation into businesses that can grow across the single market, while keeping energy affordable and protecting economic security.
What does “compete” mean in this comparison?
Competitiveness is broader than exporting more or producing at lower cost. For Europe, the test is whether firms can raise productivity, develop and adopt new technologies, attract investment, expand across borders and sustain high-value industries. Decarbonisation and economic security also matter: a cheaper production base that depends on fragile supply chains would not solve every strategic problem.
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“Europe” and “the EU” are not interchangeable. The headline asks about Europe broadly, but most of the figures below describe the European Union. EU-wide averages also conceal differences among member states and industries. The US is a particularly useful benchmark for productivity, information-technology investment and firm scale; China is an important fast-growing innovation and industrial competitor. The available official comparisons do not provide one fully harmonised, same-year scorecard across all three economies, so each figure needs its own date and measure.
Where does the EU currently stand?
The strongest evidence points to a gap in translating knowledge and investment into productivity and large technology businesses—not an absence of European research or industrial capability. The European Commission’s Draghi report overview identifies slowing productivity, demographic pressures, rising energy costs and global competition as challenges to long-term prosperity. It also notes the investment and innovation needed for the digital and green transitions.
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| Measure | What the cited figure says | What it does—and does not—show |
|---|---|---|
| R&D spending as a share of GDP, 2023 | EU: 2.1%; China: 2.6%; US: 3.6%. European Commission, 2026. | This is economy-wide R&D intensity, not business R&D alone. It indicates a relative spending gap, not the quality or commercial impact of every research programme. |
| Company R&D spending, 2021 | EU companies spent around USD 270 billion less than US counterparts. Mario Draghi, in his 2024 address to the European Parliament. | This is a comparison for 2021 reported in 2024—not a current annual shortfall. |
| Largest technology companies | Four of the world’s 50 largest technology companies are based in the EU. European Commission, 2025. | This points to a challenge in company scale and market dynamism; it is not a measure of all European innovation or industrial strength. |
| Renewable electricity | Renewable energy supplied 48% of Europe’s electricity demand in 2024. Publications Office of the European Union, 2025. | This is evidence of a transition asset, not proof that electricity is uniformly cheap, reliable or sufficient for energy-intensive industry. |
The OECD’s 2025 Economic Surveys of the European Union and Euro Area identifies lower spending on intellectual-property products—especially business R&D and information technology—as an important driver of the EU–US productivity divergence. It highlights the ICT sector’s exposure and says the EU lags the US, and increasingly China, in frontier technologies including AI. Research capacity, business investment, adoption of technology and the ability to scale successful firms are related, but they are not the same thing.
What is holding Europe back?
Innovation does not scale consistently into global businesses
A strong university, research lab or early-stage company is only one part of a competitive technology sector. Firms also need access to capital, customers, specialist workers and a large enough market to grow. The OECD’s account of weaker investment in business R&D and IT, alongside the Commission’s figure on technology-company concentration, suggests a persistent difficulty in converting ideas into widespread adoption and globally scaled companies.
That is a structural weakness, not proof that European technology companies cannot succeed. Nor does the count of large firms reveal the full state of manufacturing, research or smaller businesses. It does, however, make the scale-up question hard to ignore.
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The single market is not frictionless in every sector
The EU has a large combined market, but a shared population does not automatically give every company one seamless market for services, investment or regulation. The OECD says barriers to integration constrain productivity and deny firms economies of scale available to competitors in the US and China. Those barriers make it harder for a company to expand across borders as if it were operating in one market.
Energy costs complicate the industrial transition
The Commission lists rising energy costs among Europe’s pressures, while the OECD identifies high energy costs as a competitiveness risk. At the same time, renewables supplied 48% of Europe’s electricity demand in 2024, and the EU investment-report material describes export growth in selected clean technologies. These facts show both a potential strength and a constraint: growing renewable generation can support the transition, but it does not by itself establish low, dependable power costs for every location or industry.
Global conditions add pressure
The OECD also points to trade tensions and protectionist industrial policies as risks. These pressures can affect European producers’ access to markets and inputs, while efforts to reduce strategic dependencies can carry costs if they sacrifice efficiency. Competitiveness therefore involves balancing resilience with access to supply chains and global trade—not simply maximising domestic production.
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Which areas offer Europe a basis to compete?
The evidence supports a qualified answer rather than a definitive ranking of European winners. The EU has an established research and industrial base, a large market, and growing renewable generation. The Publications Office of the European Union’s 2024/25 investment report also identifies export growth in selected clean technologies. Those are credible foundations for competition, but the reported material does not establish that Europe leads every clean-technology field or specify a universal advantage over the US and China.
In frontier digital technology, including AI, the OECD describes the EU as lagging the US and increasingly China. That does not mean Europe has no relevant firms or research; it means the EU’s aggregate innovation and scaling position is weaker in an area with growing economic importance. The practical opportunity is to improve commercialisation, investment and adoption rather than assume research strength will automatically produce global market leaders.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.What is the EU trying to change?
The European Commission’s 2025 Competitiveness Compass builds on Draghi’s diagnosis. It sets out three broad directions: close the innovation gap, align decarbonisation with competitiveness, and strengthen economic security. The Savings and Investments Union is intended to mobilise private savings and make investment capital flow more easily across the EU. Draghi described the innovation objective in his 17 September 2024 address to the European Parliament: “The first aims to close the innovation gap with the United States and China.”
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These are policy aims, not evidence that market fragmentation or the innovation gap has already been fixed. The Commission’s 2025 follow-up, “The Draghi report: one year on,” describes policy developments, but an announced initiative should not be treated as a measured economic result.
How can progress be judged?
Rather than judging the agenda by announcements alone, look for sustained movement in outcomes:
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- Business R&D and adoption: whether companies invest more in research and bring digital tools into wider use.
- Productivity: whether output per worker and the productivity gap improve over time.
- Scale-up: whether European startups grow into major firms and remain able to expand within Europe.
- Market integration: whether cross-border services and investment become easier for businesses to access.
- Energy: whether industry can obtain power that is affordable and reliable as emissions fall.
- Economic security: whether strategic dependencies decline without avoidable losses in efficiency or competitiveness.
The EU has assets and policy levers that make continued competition plausible, but the figures show it is not currently matching the US and China on several important measures. Whether it can narrow those gaps depends on execution and measurable gains in productivity, investment, scale and energy performance—not on policy announcements alone.
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