LE RICHE, Josse-François-Joseph

Mons, Var 1741 - ? 1812

Espoir avec Cupidon

Hope with Cupid

c. 1785



Dimensions (HxWxD): 12 12 x 7 12 x 5 12 in.

Acc. No.: 1938-13-1

Photo credit: © Thomas Jefferson Foundation at Monticello

© Artist:


  • Thomas Jefferson
  • gift to Martha Jefferson Carr
  • by descent to Hetty Cary Harrison
  • 1938, gift to the Thomas Jefferson Foundation


  • Monticello's website, Thomas Jefferson Encyclopedia, August 20, 2015
  • 1993 Stein
    Susan R. Stein, The Worlds of Thomas Jefferson at Monticello, Thomas Jefferson Foundation, published by Harry N. Abrams, Inc., 1993, p. 237


  • Monticello's website, Thomas Jefferson Encyclopedia, August 20, 2015:
    Statuettes made of biscuit for the decoration of tables were much favored in the eighteenth century. The milky surface of unglazed soft paste porcelain lent itself well to fine modeling. The figures, which were mass produced in molds, ranged from mythological subjects - the most popular - to the seasons, portraits, playful children's games, and contemporary events. The renowned Sevres porcelain factory, the Manufacture Royale de Porcelaine de France, made some of the best examples.
    Jefferson acquired at least ten biscuit statuettes. Four - Minerva, Diana, Apollo, and Mars - were purchased for Abigail Adams from Bazin, a Paris merchant who sold tablewares, in late September 1785. Jefferson purchased more than six for himself, including a Hercules purchased from Bazin in 1784, which might have been the Farnese Hercules produced at Sèvres. Only Venus with Cupid and Hope with Cupid are known today.
    Hope with Cupid was signed by Jossé-François-Joseph Le Riche, who had been one of two principal assistants to the director Etienne-Maurice Falconet at Sèvres and later became chef de sculpteurs there. After Falconet left Sèvres in 1766, his assistants, including Le Riche, carried on similar work, but in a more stylized manner.
    At Monticello, the figures may have been used in the Parlor or in the Dining Room as table decorations.
    (Article based on Stein, Worlds, p. 237)