They recognize the father of data encryption with the “Nobel of Mathematics”

Jean Tate moved back abel price for his work in algebraic number theory. This price, considered to be the Nobel Prize in Mathematics, has been awarded since 2002 by the King of Norway to the most remarkable works in this field. Although Tate's theory is considered one of the purest forms of mathematics, his concepts are a central part of the development of Internet security.

Somehow, Jean Tate can be considered the father of data encryption. One of the methods for securing the transmission of information over the Internet is the use of encryption keys based on 200-digit numbers that are multiples of two prime numbers. Thanks to the work of Tate, algorithms can easily generate these numbers for encoding purposes. However, there are no algorithms yet that can do the reverse task, making it impossible for hackers to break it. According to the mathematician Ian Stewarttrying to find the constituent prime numbers of a 200-digit number “would take longer than the age of the Universe.”

The theory of Tate it is also at the origin of the codes which make it possible to reconstruct corrupted digital information. “When you're driving while listening to your music and you hit a pothole, the reason your CD isn't skipping songs is because of these error correction codes,” he says. Stewart. This work also made it possible to resolve Fermat's last theorem. The theorem was formulated in 1637, but was not proven until 1995 by Andrew Wilessupported by algebraic number theory.

“In the 1950s, most mathematicians would have agreed that number theory wasn't particularly useful, but then along came the computer,” he says. Stewart. Fifty years later, online activities such as banking, email exchange, and other information transfers are essential to daily life. Can you imagine what it would be like without these amenities? Let us thank the brilliant mind of Jean Tate.

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