Philosophy
1839: With a French pension in hand, Louis Daguerre reveals the secrets of making daguerreotypes to a waiting world. The pioneering photographic process is an instant hit.
Using chemical reactions to make images with light was not quite new. Doing it fast was. Inventor Joseph Nicéphore Niepce created a rough image using silver salts and a camera obscura, or “dark box,” in 1816. The image faded away quickly.
Another decade of work led to the first permanent photographic image, when Niepce fixed a shot of his courtyard onto a pewter plate. The exposure took eight hours in bright sunlight. Niepce continued researching in hopes of making the process faster and more practical.
Daguerre was a successful commercial artist hoping to increase the realism of his giant diorama paintings, some of them 70 feet long by 45 feet high. When using a camera obscura to sketch the outlines (or cartoons) for his paintings, he thought it would be better to create images directly with the camera. He began experimenting.
Daguerre’s optician told him about Niepce’s work. Daguerre and Niepce began a correspondence that turned into a partnership in 1829. Niepce died in 1833, and his son Isidore labored on. But it was Daguerre’s advances with silver-plated copper sheets, iodine and mercury that cut exposure time down to minutes and created positive rather than negative images.
Daguerre was unable to sell his process by subscription, but it caught the interest of François Arago, perpetual secretary of the French Academy of Sciences. It was under the auspices of the academy that Daguerre first displayed his daguerreotypes to the public on Jan. 9, 1839. They created a sensation.
Arago used the buzz to lobby the French Parliament to grant pensions to Daguerre and Isidore Niepce, so they could make all the steps of the new process public and France would “then nobly give to the whole world this discovery which could contribute so much to the progress of art and science.”
Parliament agreed: Daguerre got 6,000 francs (about $30,000 in today’s money) per year and Niepce 4,000 francs per year. With a flurry of advance publicity, Daguerre and Arago made the technical details public on Aug. 19. They also described Niepce’s earlier processes, heliography and the physautotype, but presented the daguerreotype alone as having a future.
And what a future! Within days, opticians and chemists in Paris sold out of the supplies needed to make cameras and plates. Improvements to the process followed within weeks. Daguerre’s instruction manual was translated into a dozen languages within months.
No one wanted to have a portrait painted; everyone wanted a daguerreotype. Studios opened all over Paris. “Daguerreotypomania” spread from Paris to the rest of France, then across the continent, across the channel to England and across the Atlantic to America.
Daguerre did more research, but not to much effect, as many innovators surpassed him. He died in 1851. Another decade and the daguerrotype would be largely supplanted by the albumen print, which made images on paper instead of metal.
Use the blog's search engine for related material.
- Help Digitize A Century Of Astronomy Photographic Glass Plates
"Help This Astronomer Digitize 100 Years of Irreplaceable Space Photos" Now, the historic astronomy images are on glass plates in a building. But what if they were digital and on the internet? by Lindsey Kratochwill November 11th, 2013 Popular Science...
- Nothing Lasts Forever...the Daguerreotype
The Grandmother and aunts of the photographer Frances Benjamin Johnston, c. 1850. "A Portrait of Immortality, Faded" by Michelle Nijhuis July 31st, 2013 The New Yorker In 1843, a Dartmouth College freshman named Augustus Washington needed to earn some...
- Can't Do It In The Dark Anymore...traditional Photography
Implosions of buildings 65 and 69, Kodak Park, Rochester, New York October 6th, 2007 It is sad, but it is progress. I really feel that photographers lose the sense of the craft and artistic experience by not participating in the traditional methods of...
- Nicéphore Niépce And The First Photograph
Nicéphore Niépce March 7th, 1765 to July 5th, 1833 This is the first known photograph. Digital photographers could care less, but Nicéphore Niépce is a significant pioneer in the development of photography who provided the first photographic image...
- First Astronomy Photograph--daguerreotype Of The Moon
Earliest known photograph of the Moon...a daguerreotype taken in 1851. John Adams Whipple [Louis Daguerre took the first photograph of the Moon in 1839 but none survive for on March 8, 1839 Daguerre's laboratory burned to the ground, destroying the...
Philosophy
Daguerre's photographic process goes "public" with the help of the French Government
"Aug. 19, 1839: Photography Goes Open Source"
by
Randy Alfred
August 19th, 2010
Wired
by
Randy Alfred
August 19th, 2010
Wired
1839: With a French pension in hand, Louis Daguerre reveals the secrets of making daguerreotypes to a waiting world. The pioneering photographic process is an instant hit.
Using chemical reactions to make images with light was not quite new. Doing it fast was. Inventor Joseph Nicéphore Niepce created a rough image using silver salts and a camera obscura, or “dark box,” in 1816. The image faded away quickly.
Another decade of work led to the first permanent photographic image, when Niepce fixed a shot of his courtyard onto a pewter plate. The exposure took eight hours in bright sunlight. Niepce continued researching in hopes of making the process faster and more practical.
Daguerre was a successful commercial artist hoping to increase the realism of his giant diorama paintings, some of them 70 feet long by 45 feet high. When using a camera obscura to sketch the outlines (or cartoons) for his paintings, he thought it would be better to create images directly with the camera. He began experimenting.
Daguerre’s optician told him about Niepce’s work. Daguerre and Niepce began a correspondence that turned into a partnership in 1829. Niepce died in 1833, and his son Isidore labored on. But it was Daguerre’s advances with silver-plated copper sheets, iodine and mercury that cut exposure time down to minutes and created positive rather than negative images.
Daguerre was unable to sell his process by subscription, but it caught the interest of François Arago, perpetual secretary of the French Academy of Sciences. It was under the auspices of the academy that Daguerre first displayed his daguerreotypes to the public on Jan. 9, 1839. They created a sensation.
Arago used the buzz to lobby the French Parliament to grant pensions to Daguerre and Isidore Niepce, so they could make all the steps of the new process public and France would “then nobly give to the whole world this discovery which could contribute so much to the progress of art and science.”
Parliament agreed: Daguerre got 6,000 francs (about $30,000 in today’s money) per year and Niepce 4,000 francs per year. With a flurry of advance publicity, Daguerre and Arago made the technical details public on Aug. 19. They also described Niepce’s earlier processes, heliography and the physautotype, but presented the daguerreotype alone as having a future.
And what a future! Within days, opticians and chemists in Paris sold out of the supplies needed to make cameras and plates. Improvements to the process followed within weeks. Daguerre’s instruction manual was translated into a dozen languages within months.
No one wanted to have a portrait painted; everyone wanted a daguerreotype. Studios opened all over Paris. “Daguerreotypomania” spread from Paris to the rest of France, then across the continent, across the channel to England and across the Atlantic to America.
Daguerre did more research, but not to much effect, as many innovators surpassed him. He died in 1851. Another decade and the daguerrotype would be largely supplanted by the albumen print, which made images on paper instead of metal.
Use the blog's search engine for related material.
- Help Digitize A Century Of Astronomy Photographic Glass Plates
"Help This Astronomer Digitize 100 Years of Irreplaceable Space Photos" Now, the historic astronomy images are on glass plates in a building. But what if they were digital and on the internet? by Lindsey Kratochwill November 11th, 2013 Popular Science...
- Nothing Lasts Forever...the Daguerreotype
The Grandmother and aunts of the photographer Frances Benjamin Johnston, c. 1850. "A Portrait of Immortality, Faded" by Michelle Nijhuis July 31st, 2013 The New Yorker In 1843, a Dartmouth College freshman named Augustus Washington needed to earn some...
- Can't Do It In The Dark Anymore...traditional Photography
Implosions of buildings 65 and 69, Kodak Park, Rochester, New York October 6th, 2007 It is sad, but it is progress. I really feel that photographers lose the sense of the craft and artistic experience by not participating in the traditional methods of...
- Nicéphore Niépce And The First Photograph
Nicéphore Niépce March 7th, 1765 to July 5th, 1833 This is the first known photograph. Digital photographers could care less, but Nicéphore Niépce is a significant pioneer in the development of photography who provided the first photographic image...
- First Astronomy Photograph--daguerreotype Of The Moon
Earliest known photograph of the Moon...a daguerreotype taken in 1851. John Adams Whipple [Louis Daguerre took the first photograph of the Moon in 1839 but none survive for on March 8, 1839 Daguerre's laboratory burned to the ground, destroying the...