![[Breakfast Table], William Henry Fox Talbot, 1839](https://media.getty.edu/iiif/image/79072277-5849-4aa7-96de-dc05850200d5/full/!1200,1200/0/default.jpg)
William Henry Fox Talbot英格兰, 1800–1877[Breakfast Table]
可否一睹真容?
眼下不见客
洛杉矶, 美國
仍属馆藏,只是目前没有展出。
- 核实
- 此状态始于
- 出处
- 博物馆
作品信息
- 馆藏编号
- 84.XM.1002.41
已收入目录
出处
- J·保羅·蓋蒂博物館
- 图片: J·保羅·蓋蒂博物館 — Open Content
与此同时,在William Henry Fox Talbot的生活中
完整生平1837 · 获奖
Royal Society Bakerian Medal
1837年3月16日
Daughter born: Rosamond Constance Talbot
25 January 1839
First showing of photographs at the Royal Institution
Shortly after Louis Daguerre’s daguerreotype was announced in early January, Talbot asserted his priority and, at a Friday Evening Discourse at the Royal Institution, exhibited several paper photographs he had made in 1835. Within a fortnight he described the nature of his process to the Royal Society, while Daguerre revealed no useful details of his own until mid-August.
1840
Invents the calotype
Talbot found a way to print any number of positives on salted paper from a paper negative; new chemicals cut the exposure to a minute in bright sunlight. He called the method the “calotype” (from kalos, beautiful), informally the “talbotype”: unlike the daguerreotype with its single positive, it effectively created modern photography.
1840–1841
Post: High Sheriff of Wiltshire
February 1841
Patents the calotype
Talbot obtained an English patent for the calotype process and sold licences at £20 each, later lowering the fee for amateurs to £4 while professionals paid up to £300 a year; scientists saw it as a hindrance to scientific freedom. He justified his rigour by the roughly £5,000 he had spent on photography; for science the method was free, and Talbot himself published the first known photomicrograph of a mineral crystal.






![[Group of Trees from the American Walnut], William Henry Fox Talbot, June 1, 1840](https://media.getty.edu/iiif/image/e2239044-50e4-44d2-be46-db53cdc317f1/full/!1200,1200/0/default.jpg)








