
Also known as Quantz
German flutist, flute maker and composer (1697-1773)
Top works
via Open Library + Wikidata
27 objects attributed to Johann Joachim Quantz, held across European museums, libraries & archives · via Europeana
Johann Joachim Quantzen’s attempt to instruct him to play the flute traverse: accompanied by various annotations that are useful for the promotion of good taste in practical music, and explained with excitement
Johann Joachim Quantzen’s attempt to instruct him to play the flute traverse: accompanied by various annotations that are useful for the promotion of good taste in practical music, and explained with excitement
Johann Joachim Quantz ( German: [kvants]; 30 January 1697 – 12 July 1773) was a German composer, flautist and flute maker of the late Baroque period. Much of his professional career was spent in the court of Frederick the Great, where he served as the king's flute teacher. Quantz composed hundreds of flute sonatas and concertos, and wrote On Playing the Flute, an influential treatise on flute performance. His works were known and appreciated by Bach, Haydn and Mozart.
Biography
Tags
Johann Joachim Quantz (January 30, 1697–July 12, 1773) was a German flutist, flute maker and composer. He was born in Oberscheden, near Göttingen, Germany, and died in Potsdam. Quantz began his musical studies as a child with his uncle (his father - a blacksmith - died when Quantz was young), later going to Dresden and Vienna. It was during his time as musician to Frederick Augustus II of Poland that he began to concentrate on the flute, performing more and more on the instrument. <a href="http
5 total works indexed
· 1985 · cited 12,182x
· 2021 · cited 11,541x
· 2009 · cited 9,444x
· 2020 · cited 8,045x
· 2015 · cited 6,935x
via Crossref · CC0
via Wikipedia infobox
via Wikidata · CC0
New church melodies for the spiritual songs of Professor Gellerts, which are not sung according to the ordinary church melodies
via Wikidata sitelinks · CC0
Discovered by embedding cosine similarity (sentence-transformers MiniLM, 384-dim).