Geltrude Righetti

Geltrude Righetti (1793–1862) was an Italian contralto closely associated with the operas of Gioachino Rossini. (Her name is also sometimes given as Giorgi-Righetti or Righetti-Giorgi, Giorgi being the name of her husband.)

Geltrude Righetti

Life and career

Born in Bologna, she also studied and made her debut there in 1814. The following year she created the important role of Rosina in The Barber of Seville and in 1817 she was the first heroine of La Cenerentola, both in Rome. Her career was short and she retired from the stage in 1822. She died in Bologna in 1862.

Response to Stendhal

In 1823, in response to an article by Stendhal, she wrote her famous memoir entitled Cenni di una donna già cantante sopra il Maestro Rossini..., which includes an account of the première of The Barber of Seville.[1]

Notes
  1. Righetti-Giorgi 1823.

Sources
  • Cagli, Bruno (1992), 'Righetti, Geltrude' in The New Grove Dictionary of Opera, ed. Stanley Sadie (London) ISBN 0-333-73432-7. Also at Oxford Music Online (subscription required).
  • Righetti-Giorgi, Geltrude (1823). Cenni di una donna già cantante [Gertrude (sic) Righetti-Giorgi] sopra il maestro Rossini in risposta a ciò che ne scrisse nella state dell'anno 1822 il giornalista inglese in Parigi, etc. Bologna. OCLC 503729958. [A reply to an article entitled "Rossini," signed Alceste, i.e. M.H. Beyle [Stendhal], in The Paris monthly review of British and continental literature, vol. 1 (BnF Catalogue général : Notice de périodique)].
  • Warrack, John and West, Ewan (1992), The Oxford Dictionary of Opera, 782 pages, ISBN 0-19-869164-5.
gollark: Hmm, at 10W of power utilization and 70 megaprayers per second, it's only 140 nanojoules per prayer.
gollark: But I doubt people use the entire processing capacity of their brain for prayers, given that a lot does vision processing and muscle control and whatever.
gollark: How much energy do people usually pray with? IIRC human brains run on something like 20W.
gollark: Yes.
gollark: Since the prayer thing was occupying two CPU threads, a rough approximation says it's praying with about 10W (10 Joules per second).
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