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Global trade appears fluid and resilient, but depends on a handful of narrow chokepoints. The Strait of Hormuz reveals how energy, logistics and geopolitics converge — and how fragile a system becomes when continuity is assumed rather than secured.
Europe faces a deciding moment in its energy transition. As industry, climate goals and geopolitics converge, the continent must choose between competing pathways — and determine whether nuclear power can anchor a stable, competitive and sovereign energy future. ⚡
A new global nuclear race is underway. As the United States, China and Russia accelerate their strategies, Europe faces mounting pressure to keep up. This article explores how technology, geopolitics and industrial ambition are reshaping the future of nuclear energy. ⚡
As Europe reconsiders nuclear energy, a new industrial race is underway. Small Modular Reactors promise faster construction and lower costs, but their success depends on mass production, supply chains and global competition to shape the future of carbon-free power. ⚡
Europe’s energy debate is shifting. As climate targets tighten, electricity demand rises and geopolitical tensions reshape energy security, nuclear power is returning to the policy agenda. This article explores why Brussels is reconsidering the atomic option alongside wind and solar. ⚡
As Europe races toward climate neutrality, nuclear power is quietly returning to the center of the debate. Driven by energy security concerns, technological innovation and geopolitical pressures, Brussels is reopening the nuclear option — with Small Modular Reactors at the heart of a new strategy. ⚡
Artificial intelligence is often portrayed as weightless software, yet every digital interaction depends on physical networks powered by electricity. As AI scales, telecom operators face a fundamental question of economics and governance: who ultimately bears the cost of powering intelligence at scale?
Europe’s telecom giants are discovering that the true constraint on digital growth is no longer spectrum or software, but electricity. As AI spreads across networks, connectivity itself is becoming energy-intensive infrastructure — forcing operators to rethink costs, strategy and their role in the physical economy.
Data centers are no longer constrained by technology or demand, but by the physical limits of the energy system around them. As grid capacity and heat become decisive factors, digital infrastructure shifts from an IT optimisation challenge to a question of governance and system design.
AI is not exhausting our energy systems because it computes too much, but because digital infrastructure still wastes energy on heat, resistance and cooling. Photonics offers a structural way out.
