Personnel announcements rarely signal structural change. Scientists retire, executives move, institutes reshuffle leadership — the quiet churn of a global research ecosystem. Yet occasionally, a transition reveals far more than a personal decision. It exposes the invisible currents of capital, power and technological competition shaping the future of infrastructure itself.
The decision by Martin Schell — long-time Executive Director at Germany’s Fraunhofer Heinrich Hertz Institute (HHI) — to leave after two decades and join Huawei’s Bragg Research Center in London appears, at first glance, to fit this familiar pattern. A senior researcher returns to industry. A prestigious institute loses a leader. Another multinational strengthens its R&D bench.
But this move lands at a moment when the physical foundations of the digital world are being rebuilt. Artificial intelligence, cloud computing, quantum research and next-generation networks are colliding into a single infrastructure challenge: moving unprecedented volumes of data at tolerable energy cost.
“Photonics is currently the core technology of telecom infrastructure. And new investments will be needed to cope with AI-generated traffic demand. American and Asian players dominate the data centre equipment market.”
— Photonics21, AI Desperately Needs Photonics Report (November 2025)
If AI is the visible revolution, photonics is its invisible engine. And that is precisely where this story begins.
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For much of the past half-century, innovation followed a recognisable pattern. New technologies emerged at the margins, matured through research and industry, and were eventually absorbed into stable infrastructures. Strategy assumed continuity. Institutions assumed predictability. Progress, however fast, remained legible.
That logic is now breaking down.
What we are witnessing is not a conventional innovation cycle, nor a temporary acceleration driven by market forces or competition. It is a replacement of the digital foundation itself. Layer by layer, the assumptions that structured computation, connectivity and control are being dismantled and rebuilt at the same time.
• Electricity gives way to light.
• Software yields to physics.
• Centralised cloud architectures fragment toward the edge.
• Raw data loses primacy to patterns and meaning.
• Control shifts from ownership toward portability.
Individually, each transition can be explained. Together, they amount to something more unsettling: a system changing faster than its own language can keep up.
Read More“What we are doing in Brainport today is no longer optimisation of what we already understand. It is exploration. We are discovering the rules of the game while we are already playing it, and that requires an unusual level of intellectual and organisational agility.”
Ricardo Abdoel — innovation strategist and ecosystem builder at Brainport
Europe speaks increasingly loudly about digital sovereignty. In policy papers, keynote speeches and regulatory frameworks, the ambition is clear: to regain strategic autonomy in a world shaped by American and Asian technology platforms. Yet behind this language lies a structural contradiction. Europe possesses rules, but lacks executional authority over its own digital infrastructure.
That contradiction becomes visible when European telecom operators deploy networks physically located on European soil, while the decision-making logic — the software, orchestration layers and update mechanisms — is governed elsewhere. Fibre, radios and data centres may be European. The will of the network increasingly is not.
This is not a moral failure or a policy oversight. It is an architectural choice — or more precisely, the absence of one.
Read More“Europe’s sovereignty demands a tech leap: build EuroStack now. We are importing technologies that undermine our autonomy and values.”
— Francesca Bria, Professor at University College London and co-author of the EuroStack report