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cryptographer$17949$ - Übersetzung nach spanisch
![French]] cipher machine, with arms of [[Henri II of France]]](https://commons.wikimedia.org/wiki/Special:FilePath/16th century French cypher machine in the shape of a book with arms of Henri II.jpg?width=200 "French]] cipher machine, with arms of [[Henri II of France]]")
![[[Poznań]] monument (''center'') to Polish cryptanalysts whose breaking of Germany's Enigma machine ciphers, beginning in 1932, altered the course of World War II](https://commons.wikimedia.org/wiki/Special:FilePath/2008-09 Kaiserschloss Kryptologen.JPG?width=200 "[[Poznań]] monument (''center'') to Polish cryptanalysts whose breaking of Germany's Enigma machine ciphers, beginning in 1932, altered the course of World War II")
![First page of a book by [[Al-Kindi]] which discusses encryption of messages](https://commons.wikimedia.org/wiki/Special:FilePath/Al-kindi cryptographic.png?width=200 "First page of a book by [[Al-Kindi]] which discusses encryption of messages")
![[[Whitfield Diffie]] and [[Martin Hellman]], authors of the first published paper on public-key cryptography.](https://commons.wikimedia.org/wiki/Special:FilePath/Diffie and Hellman.jpg?width=200 "[[Whitfield Diffie]] and [[Martin Hellman]], authors of the first published paper on public-key cryptography.")
![Enciphered letter from [[Gabriel de Luetz d'Aramon]], [[French Ambassador to the Ottoman Empire]], after 1546, with partial decipherment](https://commons.wikimedia.org/wiki/Special:FilePath/Encoded letter of Gabriel Luetz d Aramon after 1546 with partial deciphering.jpg?width=200 "Enciphered letter from [[Gabriel de Luetz d'Aramon]], [[French Ambassador to the Ottoman Empire]], after 1546, with partial decipherment")
![Cipher Bureau]], for 7 years before the war, and subsequent decryption at [[Bletchley Park]], was important to Allied victory.<ref name="kahnbook" />](https://commons.wikimedia.org/wiki/Special:FilePath/Enigma.jpg?width=200 "Cipher Bureau]], for 7 years before the war, and subsequent decryption at [[Bletchley Park]], was important to Allied victory.<ref name=\"kahnbook\" />")
![PGP]] and OpenPGP compatible software for time-efficient encryption of messages](https://commons.wikimedia.org/wiki/Special:FilePath/International Data Encryption Algorithm InfoBox Diagram.svg?width=200 "PGP]] and OpenPGP compatible software for time-efficient encryption of messages")
![Reconstructed [[ancient Greek]] ''[[scytale]]'', an early cipher device](https://commons.wikimedia.org/wiki/Special:FilePath/Skytala&EmptyStrip-Shaded.png?width=200 "Reconstructed [[ancient Greek]] ''[[scytale]]'', an early cipher device")
criptología f
Ex: These latter may include control of access to stored data by, say, automatic finger-print or voice-print identification, or protection of data while in transit through a privacy transformation, better known as cryptography.
Wikipedia
Malcolm John Williamson (2 November 1950 – 15 September 2015) was a British mathematician and cryptographer. In 1974 he developed what is now known as Diffie–Hellman key exchange. He was then working at GCHQ and was therefore unable to publicise his research as his work was classified. Martin Hellman, who independently developed the key exchange at the same time, received credit for the discovery until Williamson's research was declassified by the British government in 1997.
Williamson studied at Manchester Grammar School, winning first prize in the 1968 British Mathematical Olympiad. He also won a Silver prize at the 1967 International Mathematical Olympiad in Cetinje, Yugoslavia and a Gold prize at the 1968 International Mathematical Olympiad in Moscow. He read mathematics at Trinity College, Cambridge, graduating in 1971. After a year at Liverpool University, he joined GCHQ, and worked there until 1982.
From 1985 to 1989 Williamson worked at Nicolet Instruments in Madison, Wisconsin where he was the primary author on two digital hearing aid patents. After that, he moved to the IDA Center for Communications Research, La Jolla, where he worked for the rest of his career.
His contributions to the invention of public-key cryptography, together with Clifford Cocks and James Ellis, have been recognized by the IEEE Milestone Award #104 in 2010 and by induction into the Cryptologic Hall of Honor in 2021.
