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  1. Henryk Zygalski (Multimédia:Zygalski.ogg, ['xɛnrɨk zɨ'galski]; Poznań, 15 de julho de 1908 – Liss, 30 de agosto de 1978) foi um matemático e criptoanalista polaco que trabalhou na quebra do segredo da Máquina Enigma antes e durante a Segunda Guerra Mundial.

  2. Henryk Zygalski (Polish pronunciation: [ˈxɛnrɨk zɨˈɡalski] ⓘ; 15 July 1908 – 30 August 1978) was a Polish mathematician and cryptologist who worked at breaking German Enigma-machine ciphers before and during World War II.

  3. Quick Info. Born. 15 July 1908. Posen, German Empire (now Poznań, Poland) Died. 30 August 1978. Liss, Hampshire, England. Summary. Henryk Zygalski was a Polish mathematician and cryptologist who worked at breaking German Enigma ciphers before and during World War II. View three larger pictures. Biography.

  4. 14 de ago. de 2019 · “This plaque commemorates the work of Marian Rejewski, Jerzy Rozycki and Henryk Zygalski – mathematicians of the Polish intelligence service – in first breaking the Enigma code. Their work greatly assisted the Bletchley part code-breakers and contributed to the Allied victory in World War Two.”

  5. The Zygalski-sheet apparatus takes its name from Polish Cipher Bureau mathematician – cryptologist Henryk Zygalski, who invented it about October 1938. Method. Zygalski's device comprised a set of 26 perforated sheets for each of the, initially, six possible sequences for inserting the three rotors into the Enigma machine 's scrambler. [1] .

  6. Zygalski sheets, developed by Polish codebreaker and mathematician Henryk Zygalski in 1938, were a manual grid-based cardboard system used by the Polish Cipher Bureau and Bletchley Park to aid the decryption of German Enigma machine cipher messages.

  7. Marian Rejewski, Jerzy Rozycki, and Henryk Zygalski pains-takingly analyzed the intercepted encrypted messages searching for clues. Rejewski eventually determined a mathematical equation that could find the wiring connections. However, the equation had too many unknown variables. He finally made the initial breaks into the wiring sequence only with