Related Paintings of unknow artist :. | Details of Page from the Qu'ran | Pa a un in Persian absconds law the muhammedanska cities Hormone dar they three Polo did one interlude | Still life floral, all kinds of reality flowers oil painting 128 | Arab or Arabic people and life. Orientalism oil paintings 444 | en kinesisk oljemalning som illustrerar kontakten med europa |
Related Artists:
Berghe, Christoffel van den
Dutch, approx. 1590-1645
Charles Meynier
Charles Meynier (1763, Paris - 1832, Paris) was a French painter. A student of François-Andre Vincent, Meynier won the second prize in the 1789 prix de Rome competition. He made designs for the bas-reliefs and statues on the Arc de Triomphe du Carrousel and was, from 1816 onward, a member of the Academie des Beaux-Arts
Fedor Rokotov
Russian Painter, ca.1735-1808 Fyodor Stepanovich Rokotov (Fedor Rokotov) (Russian: ?????????? ??????????́?????????? ????́??????????) (1736?C1809) was a distinguished Russian painter who specialized in portraits. Fyodor Rokotov was born into a family of peasant serfs, belonging to the Repnins. Much in his biography is obscure. He studied art in Saint Petersburg Academy of Arts. After buying back his freedom in the end of 1750s he became established as a fashionable painter. In 1765, Rokotov was elected an Academician, but he did not work as a professor in the Academy long, because it interfered with his painting. He returned to Moscow in 1765, where he lived for the rest of his life. He had a lot of commissions there, becoming one of the best portrait painters of his time. Among his best-known portraits are Portrait of Alexandra Struyskaya (1772), sometimes called the Russian Mona Lisa and admittedly the most celebrated piece of the 18th-century Russian painting; Portrait of Countess Elisabeth Santi (1785), and Lady in a Pink Dress (1770s, illustration, right). Rokotov avoided painting formal portraits with lots of adornments and decorations. Instead he was one of the first Russian painters advancing a psychological portrait with attention to optical and atmospheric effects.