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U.S. Company Shatters World Record, Calculates Pi to 105 Trillion Digits

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In a groundbreaking feat of computational prowess, a U.S. computer storage company has achieved a monumental milestone by calculating the irrational number pi to an astonishing 105 trillion digits, surpassing the previous world record. Solidigm, based in California, announced this unprecedented achievement on Pi Day, March 14.

The arduous calculations, spanning a staggering 75 days, pushed the boundaries of data storage technology, consuming a mind-boggling 1 million gigabytes of data. Pi, often denoted by the symbol π and commonly approximated as 3.14, is renowned for its infinite nonrepeating decimal places. It represents the ratio of a circle’s circumference to its diameter, a fundamental concept in mathematics.

While the quest to unravel pi’s hidden decimal places may seem esoteric, it serves as a critical benchmark for testing the capabilities of cutting-edge computer programs and data storage systems. Despite its seemingly limitless nature, practical applications rarely necessitate more than a few dozen digits of precision. For instance, NASA scientists typically require only the first 15 decimal places of pi to conduct their cosmic calculations.

To contextualize the magnitude of this achievement, if one were to transcribe the calculated digits of pi onto paper using a 10-point font in a single continuous line, the resulting number would span approximately 2.3 billion miles (3.7 billion kilometers). This staggering length surpasses the distance from Earth to a point situated between the orbits of Uranus and Neptune in our solar system.

Delving into the minutiae of pi’s vast numerical landscape, Solidigm’s calculation revealed that the 105 trillionth digit of pi is the numeral 6, adding yet another layer of intrigue to this mathematical marvel.

Solidigm’s groundbreaking accomplishment underscores the relentless pursuit of technological advancement and innovation within the realm of data science. As the boundaries of computational capability continue to expand, such feats serve as testament to humanity’s insatiable quest for knowledge and understanding.

As the world marvels at this remarkable achievement, Solidigm’s groundbreaking endeavor stands as a testament to human ingenuity and the boundless possibilities of modern computing. Read More

Source: Livescience

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