- 47
Kant, Immanuel
Description
- Kant, Immanuel
- Eighteenth-century portrait miniature of Kant, inscribed by the artist on verso ("Springer Pinx: 1765")
- watercolour on vellum
Provenance
Literature
Condition
"In response to your inquiry, we are pleased to provide you with a general report of the condition of the property described above. Since we are not professional conservators or restorers, we urge you to consult with a restorer or conservator of your choice who will be better able to provide a detailed, professional report. Prospective buyers should inspect each lot to satisfy themselves as to condition and must understand that any statement made by Sotheby's is merely a subjective, qualified opinion. Prospective buyers should also refer to any Important Notices regarding this sale, which are printed in the Sale Catalogue.
NOTWITHSTANDING THIS REPORT OR ANY DISCUSSIONS CONCERNING A LOT, ALL LOTS ARE OFFERED AND SOLD AS IS" IN ACCORDANCE WITH THE CONDITIONS OF BUSINESS PRINTED IN THE SALE CATALOGUE."
Catalogue Note
In our opinion, both the painting and the inscription on the back date from the second half of the eighteenth century, even if not precisely 1765. Schidlof and Benezit both record a Friedrich Wilhelm Springer, who produced portrait miniatures in Königsberg, where this one was presumably made. However if Friedrich Wilhelm's accepted dates (1760-1805) are correct, it must mean that this item was painted by a relative or else later than 1765, and indeed it does seem to show Kant aged somewhat older than his forties. (If 1765 were correct, this would be the earliest known portrait of the philosopher.)
The other important Kant portraits, as recorded by the Kant-Forschungsstelle include an early painting by Becker (no.2, 1768) in Marbach (Schiller-Museum), one by Gottlieb Döbler (no.16, c.1791) now in Duisberg, and the anonymous portrait, possibly by Elisabeth von Stägemenn (no.15, c.1790), in Königsberg. Apart from an apparently lost portrait of 1786 by F.W. Senewaldt, the other miniatures of Kant would appear to be modelled, probably through Vernet, on the present image.