1779 Copper Engraving Optical Devices Solar Microscope Lens Diderot Antique DDR3
This is an original 1779 black and white copper engraving with drawings of various optical devices and diagrams including Fig. 7. a solar microscope.
CONDITION
This 234+ year old Item is rated Very Fine ++. Light foxing and aging. Light creasing. No natural defects. No tears. Light water staining. The center crease is original. Please note: There is a plate impression bordering the image in this print.
- Product Type: Original Copper Engraving; Black / White
- Grade: Very Fine ++
- Dimensions: Approximately 15 x 10 inches; 38 x 25 cm
- Authentication: Serial-Numbered Certificate of Authenticity w/ Full Provenance
- Protection: Packaged in a custom archival sleeve with an acid-free black board (great for display, gift-giving, and preservation)
Period Paper is pleased to offer one of the most exclusive and important collections of original copper engravings, related to the arts and sciences, ever produced. The original copper engravings offered here, dating from 1778-1779, were produced to illustrate the articles written over 20+ years for the first edition of the Encyclopedie, ou dictionnaire raisonne des sciences, des arts et des metiers, edited by Denis Diderot and Jean le Rond d'Alembert. Representing the thought of the French Enlightenment, the aim of this great project in Diderot's words, was to "change the common way of thinking" through the expansion of knowledge and the development of critical modes of thought.
Included in the nearly 450 engravings to be released in three groups, you will find images that delve into nearly every aspect of the arts and sciences. From anatomy to surgery, architecture to tailoring, anthropology to bookmaking, games to cooking and the culinary arts, civil law to clockmaking, dance to education, fashion to gardening, hydraulics to medicine, the military arts to music and mythology, astronomy to navigation, pathology to printing and paper making, traveling to type making, zoology, and so many more.
DDR3C79