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For decades, France was the envy of industrial Europe. While its neighbours wrestled with carbon targets, volatile gas markets and energy imports, Paris relied on a vast, state-led nuclear system that delivered cheap, stable and largely carbon-free electricity. France appeared to have solved the energy puzzle long before the rest of the continent even agreed on the rules.
France likes to present itself as Europe’s green power socket: carbon-light, nuclear-backed, electrically autonomous. Yet in a deeply interconnected European grid, the line between sovereignty and isolation is thin.
France likes to present itself as Europe’s green power socket: carbon-light, nuclear-backed, electrically autonomous. Yet in a deeply interconnected European grid, the line between sovereignty and isolation is thin.
As AI-driven data centres scale at unprecedented speed, France’s centralised nuclear system faces a new kind of pressure. Built for stability, not acceleration, the grid must now absorb volatile demand while digital sovereignty increasingly depends on physical energy control.
France built its power on nuclear electricity. Today, that system is under strain. As AI, data centres and digital sovereignty reshape demand, France’s centralised energy model faces a defining stress test for Europe’s digital future.
In Eindhoven, Professor Martijn Heck explains how photonic chips — using light instead of electricity — may shape the next phase of computing. Beyond technology, the conversation reveals Europe’s fragile position between American power and China’s quiet scale.
While tourists marvel at Istanbul’s seamless 4.5G coverage, behind the scenes Turkey is quietly reshaping the future of connectivity. Delaying 5G rollout and investing in local innovation, Ankara is pursuing technological sovereignty with an eye on 6G leadership. Is this the ultimate leapfrog strategy, or a calculated gamble?
Poland’s mobile market is among the most competitive in Central Europe. Mobile penetration exceeds 120% and consumers routinely consume massive amounts of data at extremely low prices — often 50GB for the cost of a premium coffee in Amsterdam. Yet the ARPU (Average Revenue Per User) remains among the lowest in Europe.
The Age of Light is not a scientific treatise, nor does it seek to replace or rival ongoing research. It is a reflective work that moves alongside science — drawing on physics, computer science, philosophy and systems thinking to explore how intelligence is changing in form and meaning.
For decades, the logic of telecommunications was almost uncontested. Faster was better. More bandwidth meant progress. Shannon’s Law framed intelligence as an engineering problem: how efficiently can information be transmitted from point A to point B?
