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  1. Voigt profile and Voigt notation are named after him. He was also an amateur musician and became known as a Bach expert (see External links). He was the first to suggest, in 1886, that Bach's Concerto for two harpsichords in C minor, BWV 1060 was originally scored for violin and oboe.

  2. Jan 1, 2020 · Voigt got his school education up to 1867 at the famous St. Thomas School in Leipzig. He was an enthusiastic musician. He studied from 1868 up to 1870 Mathematics and Physics at the Leipzig University. When he was 20 years old, he took part in the German-French war (1870–1871) as an officer.

    • Holm Altenbach
    • holm.altenbach@ovgu.de
  3. 2 Voigt, Woldemar Honors Voigt was awarded as doctor honoris causa of several universities, among them are as follows: † 1892 – University of Padua † 1909 – University of Geneva † 1911 – University of St. Andrews In addition, he was a member of the following academies: † 1883 – Academy of Sciences, Göttingen † 1885 – Leopoldina

  4. In 1886 Woldemar Voigt wrote that the original instrument for the part of the second harpsichord was more likely an oboe, and that the original of the concerto could almost certainly be identified with a lost concerto for oboe and violin mentioned in a 1764 Breitkopf catalogue.

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  6. May 21, 2018 · He was recognized as an expert on Bach’s vocal works and in 1911 published a book on Bach’s church cantatas. Voigt often referred to the study of physics in musical terms.

  7. Messerschmitt Me 262 in January 1976 at the RAF Museum in north London; Woldemar Voigt was head of the aircraft's design team [1] He joined Messerschmitt, in Bavaria, in 1933. He was the project leader for the designs of the Messerschmitt Me 264 (four-engined bomber), Messerschmitt Me 328, and the infamous rocket-engined Messerschmitt Me 163 Komet.

  8. Aug 4, 2010 · German physicist Woldemar Voigt first discovered auxetics in iron pyrite crystals (also known as Fool's Gold) nearly a century ago. His research suggested that the crystals somehow grew thicker when stretched. Voigt could not explain the strange behavior, and no practical applications existed at the time, so researchers ignored the work for ...

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