![]() Emma Haruka Iwao announced on the Google Cloud Blog the computation of 100 trillion (10 14. In January 2020, Timothy Mullican announced the computation of 50 trillion digits over 303 days. The researchers plan to use the computer that performed the calculations to conduct computational fluid dynamics, deep learning and RNA analysis in the future, Keller said. (approximately 10) trillion digits of pi using y-cruncher and Google Cloud machines. ![]() So the computers used hard disks to beef up the RAM, Keller said. "Such a machine cannot be bought, to our knowledge, and if one could, it would be extremely expensive." "Calculating to 62.8 trillion decimal places requires around 316 terabytes of RAM ," Keller said. Ten trillion would represent a 1 with 13 zeros. The DAViS computer outperformed the previous record holders thanks to a boost in random access memory (RAM), Keller said. Comments (84) For the first time mathematicians were able to calculate the Pi constant with 10 trillion decimal digits. Taking just 108 days and 9 hours, compared with Mullican's 303 days - even though they used the same algorithm to run the calculations. The DAViS team not only broke Mullican's record but also did so in roughly a third of the time. ![]() In 2019, a Google cloud computing system calculated the constant's value to more than 31 trillion decimal places, and in 2020, Timothy Mullican of Huntsville, Alabama, founder of a nonprofit called North Alabama Charitable Computing, calculated 50 trillion decimal places, using his personal computer, according to Guinness World Records. Knowing more digits of pi isn't particularly important for mathematics.īut calculating the value of pi to high precision has long been used as a benchmark to test the processing power of computers.
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