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A working photonic chip is only part of the industrial challenge. Ahead of PIC Summit Europe 2026, Altair Media Europe examines five questions about reliable production, customer adoption, financing and European control—and the evidence needed to turn technical progress into lasting commercial value.
Europe’s AI Gigafactories will be shaped by electricity, cooling, connectivity and industrial demand. Finland, Spain, Germany and Brainport illustrate competing priorities — and a deeper question: who will control the infrastructure and secure lasting access for European users?
A mobile standard is not merely a neutral technical agreement. It is where research, institutional consensus and patented inventions become shared infrastructure. Ericsson’s influence lies deep inside this process, helping shape the grammar of global communication.
Morgan Stanley’s $1.5 trillion initiative turns strategic technology into investable infrastructure, confronting European pension funds and insurers with a growing dilemma: will Europe’s accumulated wealth build its own productive capacity—or finance the technological power on which it depends?
Elon Musk’s interest in free-electron lasers is being framed as an attempt to bypass ASML. The more consequential possibility is different: Terafab may be exploring whether EUV generation itself can move from the individual lithography machine into shared factory infrastructure.
Can smaller universities become strategic assets? The University of Twente demonstrates that innovation is not defined by scale alone, but by the ability to integrate technology, entrepreneurship and society into a distinctive model of European excellence.
Innovation depends on more than scientific excellence. It depends on how effectively knowledge circulates between universities, industry and society. TU Eindhoven demonstrates how regional ecosystems can transform education into Europe’s long-term technological capacity.
Europe’s technological ambitions depend on far more than research funding and industrial investment. They depend on universities capable of educating the engineers, scientists and innovators who will design, build and sustain the continent’s future infrastructure.
Universities were built upon openness, collaboration and scientific exchange. Yet as semiconductors, photonics and artificial intelligence become strategic technologies, Europe increasingly faces a difficult question: how open can science remain when knowledge itself becomes infrastructure?
Hydrogen is often presented as an energy technology. Yet its deeper significance may lie elsewhere. As Europe seeks to decarbonise industry, transport and chemistry, hydrogen is emerging as a mechanism for storing, transporting and coordinating matter itself.
