![]() This is the very first time the pi world record calculation was done on the cloud. I think this is a great milestone for public cloud, entirely. That’s what we charge for 30 terabyte of disk space a day… So there might be new findings with these digits… We put exact steps to copy the disks in the blog post. Anyone can copy the disk snapshots into their Google Cloud Platform project, and use them for as low as $40 a day. I heard Google’s publishing all your pi digits as disk snapshots? They check for any repetition or weird sequences in pi as well. They might find interesting sequences, they might find some statistical features like distributions or randomness of the sequence. I heard many people in academia, in the academic world, are interested in analyzing the digits, in a scholarly way, so that they can study the features of pi in more detail. We also have a public API for the digits, so you can build interesting experiments on top of the digits… One thing is you can use the published disk, the actual digits, and build experiments, or analyze the digits themselves. What can we do now with this extra-large version of pi? ![]() But yes, I hope Google Cloud gets even better, and we hope to calculate more digits, even faster, in the future. We haven’t planned - we really focused on this record, and haven’t planned a lot for next year. That’d be exciting…! I definitely hope more people get interested in these calculations…Īre you going to go back and set aside more space, and try to get an even bigger number at some point in the future? Are you going to do this every year for Pi Day? I only used publicly available products, so anyone can run the program in the same configuration. ![]() ![]() So could anybody go into Google’s Compute Engine, and set aside some space in Google Cloud, and try to do the same thing? It was midnight in Tokyo Wednesday when Iwao picked up the phone to explain all the details of her record-breaking achievement - and to give us a glimpse into the future of the cloud.įirst, can you tell me what the very last digit was that you calculated? I want to know how it ends! Specifically, 31,415,926,535,897 digits - a number which, astute observers will notice, also happens to be the first 14 digits of pi. And after 121 days, the calculation was finally complete, returning over 31 trillion digits. Using Google Compute Engine (powered by Google Cloud), Iwao set up 25 virtual machines to begin calculating Pi to more decimal places than anyone had ever calculated it before. Emma Haruka Iwao is one of Google’s Cloud Developer Advocates, and she’s saved a very special announcement for “Pi Day.” ![]()
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