To so res neverjetne razlike v učinkovitosti med človeško in umetno inteligenco: za enako kognitivno aktivnost človeški možgani porabijo 12 W energije (kot varčna žarnica v eni uri), umetna inteligenca pa 2.7 GW oziroma 225 milijonkrat več energije.

Dokaz, kako učinkovita je bila evolucija glede razvoja energetsko varčnega biološkega računalnika v naših glavah.

Your brain is running on just 12 watts right now while processing this sentence. An AI system would need 2.7 billion watts to do the same thing.

That’s not a typo. The human brain operates on roughly the same amount of power as a dim light bulb, yet it can recognize faces, solve complex problems, create art, and experience emotions simultaneously. Meanwhile, artificial intelligence systems require massive data centers consuming enough electricity to power entire cities just to simulate a fraction of what your brain does effortlessly.

Think about what your brain accomplished just reading this far. It decoded symbols into meaning, connected new information to existing memories, probably triggered some emotional responses, and maybe even started forming opinions about AI energy consumption. All while maintaining your heartbeat, breathing, and thousands of other bodily functions. Total power consumption: 12 watts.

The most advanced AI systems need server farms filled with thousands of high-powered processors, industrial cooling systems, and backup power supplies. They consume roughly 225 million times more energy than your brain to perform similar cognitive tasks. It’s like comparing a bicycle to a freight train in terms of efficiency.

This incredible disparity reveals just how remarkably evolution has optimized biological intelligence. Millions of years of natural selection created a thinking machine so efficient it makes our most advanced technology look primitive and wasteful by comparison.

Your smartphone uses more power than your brain while being infinitely less capable. Every thought you’re having right now represents the pinnacle of energy-efficient computing, wrapped in three pounds of biological tissue that somehow generates consciousness, creativity, and dreams.

Nature got there first, and we’re still trying to catch up.