Silicon Valley has a plan to save humanity: Just flip on the nuclear reactors

AI hasn’t quite delivered the job-killing, cancer-curing utopia that the technology’s evangelists are peddling. So far, artificial intelligence has proven more capable of generating stock market enthusiasm than, like, tangibly great things for humanity. Unless you count Shrimp Jesus.

AI hasn’t quite delivered the job-killing, cancer-curing utopia that the technology’s evangelists are peddling. So far, artificial intelligence has proven more capable of generating stock market enthusiasm than, like, tangibly great things for humanity. Unless you count Shrimp Jesus. But that’s all going to change, the AI bulls tell us. Because the only thing standing in the way of an AI-powered idyll is heaps upon heaps of computing power to train and operate these nascent AI models. And don’t worry, fellow members of the public who never asked for any of this — that power won’t come from fossil fuels. I mean, imagine the PR headaches. No, the tech that’s going to save humanity will be powered by the tech that very nearly destroyed it. Here’s the deal: To do AI at the scale that the Microsofts and Googles of the world envision, it requires a lot of computing power. When you ask Chat-GPT a question, that query and its answer are sucking up electricity in a supercomputer filled with Nvidia chips in some remote, heavily air-conditioned data center. Electricity consumption from data centers, AI and crypto mining (its own environmental headache) could double by 2026, according to the International Energy Agency. In the US alone, power demand is expected to grow 13% to 15% a year until 2030, potentially turning electricity into a much scarcer resource, according to JPMorgan analysts.