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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?
Healthcare is becoming increasingly electronic. From wearable sensors and smart patches to remote diagnostics and continuous monitoring, digital technologies now sit directly on the human body — sometimes even inside it. These innovations promise earlier detection, better outcomes and more personalised care. Yet beneath this progress lies a growing contradiction.
While the world marvels at data centers and NVIDIA chips consuming electricity equivalent to small cities, a two-year-old sits on the floor of an ordinary daycare. Using no more than a dim household bulb’s worth of energy—20 watts—this child performs feats Silicon Valley can only dream of: learning a language, understanding sarcasm, recognizing a banana, whether drawn, plastic or half-eaten.
