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A German quantum breakthrough and one deceptively simple question reveal a much larger story. As quantum computing moves beyond the laboratory, Europe’s invisible strengths in photonics and system integration may become the foundations of its next technological infrastructure.
Behind ASML lies a broader European ecosystem stretching from Eindhoven and Leuven to Dresden and Grenoble. Understanding the future of ASML may therefore require understanding the networks of expertise, research and industrial collaboration that surround it.
Behind many of Europe’s most advanced technologies stands an institution few people know. This briefing explores how CEA-Leti helps transform breakthroughs in semiconductors, photonics, sensing and artificial intelligence into technologies that may shape future industries.
Behind many of the technologies shaping the future of computing stands a different type of institution. This briefing explores how imec has become one of Europe’s most important research infrastructures for semiconductors, photonics, AI hardware and advanced packaging technologies.
As artificial intelligence and cloud computing continue to scale, communication networks are becoming a critical part of digital infrastructure. This briefing explores how EFFECT Photonics is helping address the growing challenge of moving information efficiently through increasingly complex AI and cloud environments.
Integrated photonics is moving from research laboratories into commercial deployment. This briefing explores why manufacturing capacity may become one of Europe’s most important strategic assets and how SMART Photonics is helping transform scientific innovation into industrial capability.
As artificial intelligence, cloud infrastructure and advanced communications continue to scale, photonics is emerging as a critical enabling technology. This briefing explores how PhotonDelta is helping build a European ecosystem that could become strategically important to the future of digital infrastructure.
A new European photonics breakthrough demonstrates how electrical crosstalk in InP chips can be suppressed to the microvolt level—an invisible but crucial step toward scalable optical computing, AI infrastructure and Europe’s growing role in the emerging “Age of Light”.
In Eindhoven, construction has begun on a pioneering facility for photonic chip manufacturing. Designed to bridge the gap between laboratory research and industrial production, the pilot line aims to accelerate Europe’s semiconductor ambitions and unlock a new generation of faster, energy-efficient computing powered by light.
For years, photonics has been presented as a technology of the future — elegant, powerful and perpetually just over the horizon. It appears in research agendas and innovation strategies alongside quantum computing and other long-term breakthroughs. As a result, it is still widely perceived as experimental rather than structural.
