BRUSSELS – A leaked draft of a cornerstone European Union industrial policy plan has sent shockwaves through the continent’s technology and research sectors, revealing a dramatic and unexpected narrowing of strategic priorities. According to multiple reports on the draft document, foundational future technologies, most notably quantum computing and advanced biotechnology, have been removed from the list of key areas set to receive support under the proposed “Strategic Technologies for Europe Platform” (STEP). The move, if finalized, would represent a significant pivot in EU strategy, raising profound questions about Europe’s long-term ambitions in the global race for technological supremacy.
The proposed STEP initiative was originally conceived as the EU’s muscular response to the US Inflation Reduction Act and China’s state-driven industrial subsidies, aiming to bolster European sovereignty and manufacturing in critical sectors. However, the reported culling of quantum and biotech from its scope suggests a strategic consolidation, concentrating firepower on a smaller set of technologies deemed more immediately critical for industrial scale-up: clean technologies, deep tech such as artificial intelligence, and semiconductors. While officials may argue this is a pragmatic focusing of limited resources, critics and industry insiders are already sounding the alarm, warning that sidelining a transformative field like quantum—where Europe still holds a competitive research advantage—is a historic misstep that could jeopardize the continent’s digital and economic future for decades to come.
The Leaked Plan: What is the Strategic Technologies for Europe Platform (STEP)?
The controversy stems from a document that was never meant for public consumption: a draft of the legislative proposal for the Strategic Technologies for Europe Platform. This platform is a central pillar of the European Commission’s response to an increasingly competitive and fragmented global landscape, where industrial might is directly linked to national security and economic resilience.
Understanding STEP’s Original Vision
Announced by European Commission President Ursula von der Leyen, STEP was envisioned as a “sovereignty fund” in miniature. Its goal is to channel existing EU funds—and potentially new ones—towards developing and manufacturing key technologies within the Union’s borders. This initiative is a direct reaction to external pressures. The United States’ Inflation Reduction Act (IRA) offers massive subsidies for green technology manufactured in North America, threatening to lure investment away from Europe. Simultaneously, China continues its long-standing strategy of state-sponsorship for key industries, creating an uneven playing field.
STEP was designed to counter these forces by leveraging funds from programs like InvestEU, the Innovation Fund, Horizon Europe, and the Recovery and Resilience Facility. The idea was to create a one-stop-shop for projects in strategically important areas, cutting red tape and fast-tracking permits to ensure European companies could compete globally. The initial communication from the Commission outlined a broad scope, encompassing not just green and digital technologies, but also the deep-tech frontiers of quantum and biotechnology, which are seen as critical for long-term health, security, and economic leadership.
The Shocking Omission: Quantum and Biotech Reportedly Axed
The leaked draft, however, paints a very different picture. According to reports circulating in Brussels, the working version of the STEP proposal has been significantly slimmed down. The two most notable casualties of this revision are quantum technologies and biotechnology. Their removal from the list of strategic priorities is not merely a bureaucratic reshuffle; it signals a fundamental shift in the EU’s industrial thinking.
For the burgeoning European quantum ecosystem—a vibrant network of startups, research institutions, and university spin-offs—this news comes as a body blow. Quantum computing promises to solve problems far beyond the reach of today’s supercomputers, with applications in drug discovery, materials science, financial modeling, and national security. Quantum communication offers the prospect of unhackable networks. To see this field, where Europe has invested heavily and established a strong research base, seemingly deprioritized in a major industrial plan is profoundly concerning for its future development and commercialization on the continent.
Similarly, the removal of biotechnology is alarming. The COVID-19 pandemic starkly illustrated the strategic importance of biotech, from vaccine development (where the EU relied heavily on BioNTech, a European company) to diagnostics and therapeutics. Sidelining this sector in a plan focused on strategic autonomy appears to run counter to the lessons learned from the recent global health crisis.
The New Focus: Doubling Down on Clean Tech, AI, and Chips
In place of this broader vision, the leaked draft reportedly concentrates the firepower of STEP on three core areas:
- Clean Technologies: This includes technologies vital for the green transition, such as solar, wind, batteries, heat pumps, and critical raw material processing. This aligns directly with the EU’s Green Deal and its ambition to be a climate-neutral continent.
- Semiconductors: Following the global chip shortage, the EU has made semiconductor self-sufficiency a top priority through its ambitious Chips Act. Including microchips in STEP reinforces this commitment to onshore a greater portion of the semiconductor value chain.
- Deep Tech (AI & Robotics): While quantum has been cut, other “deep tech” areas, specifically Artificial Intelligence and advanced robotics, reportedly remain. This suggests a prioritization of technologies with more immediate and visible applications in manufacturing and data analysis.
This revised list indicates a pivot towards technologies that are closer to mass-market deployment and have a more direct line to revitalizing Europe’s industrial manufacturing base in the short to medium term.
The Quantum Conundrum: Why This Omission is a Critical Blow
The decision to exclude quantum technologies is particularly jarring because it seems to contradict years of concerted effort and investment by the EU to establish itself as a global leader in the field. It’s a move that risks squandering a hard-won advantage in one of the 21st century’s most defining technological arenas.
A Primer on Quantum’s Transformative Potential
Unlike classical computers that store information in bits as either 0s or 1s, quantum computers use “qubits.” Thanks to the principles of superposition and entanglement, a qubit can exist as a 0, a 1, or both simultaneously. This fundamental difference allows quantum machines to explore a vast number of possibilities at once, promising to revolutionize numerous sectors:
- Healthcare: Simulating molecules to design new drugs and therapies in a fraction of the time it currently takes.
- Finance: Optimizing complex financial models for investment strategies and risk assessment far more effectively than any classical algorithm.
- Climate Change: Developing new catalysts for carbon capture or creating more efficient batteries and solar cells.
- Defense and Security: Breaking current encryption standards (a threat) while also enabling perfectly secure communication channels through quantum cryptography (an opportunity).
Quantum is not an incremental improvement; it is a paradigm shift. The nations that master this technology will hold a significant economic and strategic advantage for the remainder of the century.
A Contradiction to Europe’s Quantum Leadership and Investment
The EU has not been blind to this potential. In 2018, it launched the Quantum Flagship, a €1 billion, ten-year research and innovation initiative. This ambitious program has funded a wide array of projects across the continent, fostering collaboration and building a world-class research community. It has been hailed as a model for long-term, large-scale scientific investment.
Beyond the Flagship, individual member states have launched their own multi-billion-euro national strategies. Germany and France have each committed over €2 billion to nurture their domestic quantum ecosystems, with the Netherlands and others also making significant investments. This has created a powerful, albeit fragmented, European quantum landscape. The removal of quantum from a pan-European industrial plan like STEP risks undermining this momentum and signaling to investors and researchers that the EU’s political commitment is wavering.
Losing Ground in the High-Stakes Global Quantum Race
This potential pullback could not come at a worse time. The global quantum race is accelerating at a breathtaking pace. The United States, through its National Quantum Initiative Act, has allocated billions in federal funding, marshaling its national labs, universities, and tech giants like Google, IBM, and Microsoft in a concerted effort.
China, meanwhile, has declared quantum technology a top national strategic priority, with state funding believed to dwarf that of the US and Europe combined. Chinese researchers have claimed significant achievements in both quantum computing and quantum communication, including the launch of the world’s first quantum satellite, Micius.
In this context, Europe’s strength has been its collaborative, research-driven approach. While it may not have a single tech giant on the scale of Google, its network of universities and startups has kept it at the cutting edge. Sidelining quantum from its main industrial strategy sends a dangerous signal that Europe is content to become a consumer of quantum technologies developed elsewhere, rather than a producer—a move that would create precisely the kind of strategic dependency that STEP was designed to prevent.
Decoding the Strategy: A Calculated Risk or a Grave Miscalculation?
Understanding the rationale behind this reported policy shift requires looking at the political and budgetary pressures facing the European Commission. The decision, while shocking to many, may be rooted in a specific worldview about the nature of industrial policy.
Budgetary Realities vs. Long-Term Vision
One of the simplest explanations is money. The STEP proposal has been the subject of intense debate among member states, many of whom are reluctant to commit “fresh money” to new EU-level funds. The current plan relies on redirecting existing funds, which are already stretched thin. In a resource-constrained environment, policymakers are forced to make difficult choices.
From this perspective, cutting long-term, research-intensive fields like quantum and biotech in favor of technologies with more immediate manufacturing potential—like batteries and solar panels—could be seen as a pragmatic choice. The argument would be to focus limited public funds on areas that can create jobs and build factories in the next five years, not the next twenty. However, this approach sacrifices long-term strategic positioning for short-term industrial gains.
The “Breton Doctrine”: Prioritizing Industrial Scale-Up Over Foundational Research
The reported shift also aligns with the known policy leanings of key figures like Internal Market Commissioner Thierry Breton. A former CEO, Breton has consistently championed a robust, hands-on industrial policy focused on building “European champions” and scaling up manufacturing. His focus has been less on funding foundational research—which he may see as the purview of other programs like Horizon Europe—and more on the “D” in R&D: development and deployment.
Under this “Breton Doctrine,” a technology like quantum computing, which is still largely in a pre-commercial, highly experimental phase, might not qualify for an industrial instrument like STEP. The counter-argument, however, is that the transition from lab to fab requires precisely this kind of strategic support. Without a clear industrial pathway backed by policy, promising research often withers on the vine or is commercialized elsewhere—a phenomenon known as the “European paradox.”
Anticipating the Backlash from Industry and Academia
Though the draft is not public, the reaction from the affected communities is likely to be swift and severe. The European quantum industry, represented by bodies like the Quantum Industry Consortium (QuIC), will almost certainly lobby intensely to have the technology reinstated. They will argue that now is the critical moment to double down on support, as quantum startups are beginning to mature and seek the venture capital needed to scale.
University leaders and scientific advisors will warn that such a signal from Brussels could trigger a devastating brain drain, with Europe’s brightest quantum physicists and engineers finding more welcoming and better-funded ecosystems in North America and Asia. They will contend that industrial policy must encompass the entire innovation chain, from basic research to final product, and that neglecting the early stages is a recipe for long-term failure.
The Ripple Effect: Long-Term Consequences for European Competitiveness
If the final version of the STEP legislation reflects the contents of the leaked draft, the consequences could extend far beyond the quantum and biotech labs of Europe. It could fundamentally alter the continent’s economic trajectory and its role in the world.
A Threat to the Very ‘Technological Sovereignty’ STEP Aims to Secure
The stated goal of STEP is to enhance Europe’s “technological sovereignty.” Yet, by neglecting a foundational technology like quantum, the policy could achieve the exact opposite. In the 2030s and 2040s, quantum computing will be integral to national security, economic planning, and scientific discovery. A Europe that is dependent on American or Chinese quantum hardware and software will be anything but sovereign. It will be a continent of technology takers, not makers, beholden to the whims and regulations of foreign powers in a domain of critical importance.
The Chilling Effect on Investment and the Specter of a Brain Drain
Public policy is a powerful signal to private markets. Removing quantum from the EU’s list of strategic technologies would send a chilling message to venture capitalists and corporate investors. It suggests political uncertainty and a lack of long-term commitment, making them more likely to deploy their capital in regions with clear and unwavering government support. This would starve European quantum startups of the funding they need to grow, forcing them to either relocate or sell out to foreign competitors. The continent’s most valuable asset—its human capital—would inevitably follow the money.
A Tale of Two Technologies: Is the EU Repeating the Mistakes of the Past?
Perhaps the most potent criticism is that this move risks repeating a well-known historical error. The EU is currently spending tens of billions on its Chips Act to regain a foothold in semiconductor manufacturing, a field it once led but largely abandoned to Asia. The bloc is playing a desperate and expensive game of catch-up.
With quantum technology, Europe is not yet behind. In many areas of quantum science, it is on par with, or even ahead of, the United States. To voluntarily cede this advantage now is to set the stage for a “Quantum Act” in the 2030s, where a future European Commission will be forced to spend vastly more money to try and catch up in a market dominated by others. It is a failure to learn from the very history that informs the EU’s current push for sovereignty in chips.
A Crossroads for Europe’s Technological Future
It is crucial to remember that this is a leaked draft, not a final policy. The legislative process is long and allows for amendments and fierce debate. The outcry from the technology and research communities may yet force a reconsideration within the Commission and the European Parliament.
However, the existence of this draft alone is a stark warning. It reveals a line of thinking within the EU’s institutional machinery that prioritizes immediate industrial concerns over foundational, long-term technological leadership. The coming weeks and months will be a critical test of Europe’s strategic vision. The final text of the Strategic Technologies for Europe Platform will be more than just a policy document; it will be a declaration of Europe’s ambition—or lack thereof—to shape the technological future, not just react to it.
