European Innovation

The Innovation Gap Narrative

A common claim in tech commentary is that Europe cannot compete in innovation because it has fewer large consumer internet platforms than the US.

This narrative is based on a remarkably narrow definition of “innovation”: consumer internet platforms from California. Let’s look at the broader picture.

Scientific Research: The Foundation

All innovation ultimately rests on scientific knowledge. Who produces more?

• Europe: 842,573 peer-reviewed articles per year
• United States: 457,335 articles per year
• China: 898,949 articles per year

Europe produces 84% more scientific publications than the United States. The knowledge base - the raw material of innovation - is stronger (by volume) in Europe than in America.

This isn’t a recent development. European universities and research institutions (ETH Zürich, Max Planck, CNRS, Cambridge, Oxford, Imperial College, Karolinska) have been at the frontier of science for centuries and remain there today.

Research Workforce

Innovation requires people. Who has the researchers?

• Core EU: 4,973 researchers per million inhabitants
• United States: 4,825 researchers per million
• Europe overall: 3,957 per million

Core EU has more researchers per capita than the United States. The broader European average is pulled down by countries still building their research infrastructure, but the mature European economies maintain a world-class research workforce.

R&D Spending

The US does lead in one important metric - research and development spending as a share of GDP:

• United States: 3.59% of GDP
• Core EU: 2.39% of GDP
• Europe overall: 1.77% of GDP

This is a real gap, and one that European policymakers are working to close. However, context matters:

1. Defense R&D: A significant portion of US R&D spending is defense-related (DARPA, military contractors). This produces innovations but through a pathway unavailable and undesirable for most European nations.
2. Healthcare R&D: The US pharmaceutical industry spends heavily on R&D - but charges much higher prices to fund it. European pharmaceutical companies (Roche, Novartis, AstraZeneca, Novo Nordisk, Sanofi) also innovate, just under different pricing models.
3. Corporate concentration: A handful of mega-companies (Alphabet, Apple, Meta, Amazon, Microsoft) account for a large share of US corporate R&D. Europe’s R&D is more distributed across mid-sized companies and public institutions.

Patents

Patent applications per million inhabitants:

The US (790) and China (1,010) lead Europe (155, Core EU: 278) in patent filings. But patent counts are a flawed measure of innovation:

• The US patent system is more permissive - granting patents for business methods, software, and incremental improvements that European and Japanese patent offices would reject
• Patent trolls inflate US numbers with filings designed for litigation, not innovation
• Europe’s patent system through the EPO is more rigorous, meaning each European patent represents, on average, a more substantial innovation
• Many European innovations don’t require patents (open-source software, institutional knowledge, process improvements)

A Different Innovation Model

The “Europe can’t innovate” narrative confuses a specific type of innovation (consumer tech platforms) with innovation itself. European innovation excels in different domains:

Deep Tech & Industrial Innovation

• ASML (Netherlands): The only company that can make extreme ultraviolet lithography machines - without which no advanced semiconductor can be manufactured. Every chip in every phone and computer depends on European technology.
• ARM (UK): The architecture inside virtually every mobile processor worldwide
• SAP (Germany): Enterprise software powering the world’s largest corporations

Scientific Infrastructure

• CERN (Geneva): The Large Hadron Collider - the most complex machine ever built, where the Higgs boson was discovered and the World Wide Web was invented
• ESA: Europe’s space agency, with world-leading Earth observation, navigation (Galileo), and scientific missions

Green Technology

• European companies lead in wind turbines (Vestas, Siemens Gamesa), solar technology, electric vehicles (VW, BMW, Stellantis scaling fast), and green hydrogen
• Europe’s Emissions Trading System has created a carbon market that drives innovation in energy efficiency

Pharmaceuticals & Biotech

• Novo Nordisk (Denmark): Developed GLP-1 drugs (semaglutide) that are transforming obesity and diabetes treatment - arguably the biggest pharmaceutical innovation of the decade
• BioNTech (Germany): Co-developed the first mRNA COVID vaccine
• Roche, Novartis, AstraZeneca, Sanofi: Major global pharmaceutical innovators

Digital Services

• Spotify (Sweden): Reinvented music consumption
• Adyen (Netherlands): Processing payments for platforms like Uber and Netflix
• Klarna (Sweden), Wise (UK), Revolut (UK): Financial technology leaders

What Europe Gets Right

European innovation focuses on:

• Sustainability: Solving the biggest challenge of our time
• Deep tech: Hardware, materials science, industrial processes
• Distributed innovation: Mid-sized “hidden champions” (Germany alone has ~1,500 world market leaders in niche industrial categories)
• Long-term research: Patient capital rather than venture-funded sprints
• Open standards: Contributing to global scientific commons

This produces less flashy headlines than Silicon Valley’s latest app - but it builds the foundations on which everything else runs.

Conclusion

Europe produces 84% more scientific research than the US in this dataset, has more researchers per capita in its core countries, and remains competitive in industrial innovation, green technology, semiconductors, pharmaceuticals, and scientific infrastructure. The “can’t innovate” claim often conflates “fewer consumer tech platforms” with “lower overall innovation capacity.”

Our Verdict