Before the 19th century, photography did not exist, so people who wanted a lasting image of their home, their family, or themselves had to have one painted, sculpted, or drawn. In the early 1800s, inventors in France and England were at the center of the effort to create photographic representations of objects and people. In France, Joseph Nicéphore Niépce stunned the world in 1827 when he released what is believed to be the first photograph ever taken, titled “View from the Window at Le Gras.” Niépce rendered the image using a camera obscura combined with a light-sensitive metal plate, a process he called heliography. Despite its success, the heliograph required several days of exposure to capture the scene, eliminating the opportunity to photograph any people who may have been on the street.
In 1829, Niépce met artist and printmaker Louis-Jacques-Mandé Daguerre. Each man was familiar with the other’s work. Niépce admired Daguerre’s rotating diorama that had captivated Parisian audiences in 1822. Daguerre, like Niépce, saw the potential of improving upon the camera obscura to create clear and permanent images. They entered into a business partnership that resulted in the creation of the daguerreotype, an innovative photographic process that required only four to five minutes of exposure. The quicker shutter speed allowed Daguerre’s camera to capture an image never seen before: a photo of a human being. In 1838, he debuted a daguerreotype of a street scene on the Boulevard du Temple in Paris. In the lower left corner of the photo we can see a man having his shoes shined; remaining stationary allowed him to be included in the photo, something that would have been impossible using the multiple-day exposure that heliographs required. This anonymous stranger on Boulevard du Temple was not simply the subject of the world’s first candid photograph — he’s also believed to be the first human being ever photographed.
An American photographer took the first selfie in 1839
In the fall of 1839, a Philadelphia silversmith named Robert Cornelius decided to take a self-portrait. In itself, this was nothing new; painters had been making self-portraits for more than 200 years. What set this work apart from that of the old masters was that Cornelius used a camera obscura to photograph himself. The resulting image is considered the first selfie, as well as the first portrait photo. Cornelius was an unlikely photography pioneer. He began working as a silversmith for his father in 1831 and had no connection to the burgeoning field of photography. Fate intervened when a local photographer named Joseph Saxton contacted Cornelius to work on the silver plate for a daguerreotype. This spurred Cornelius’ interest in photography, and in the early fall of 1839, he made his own camera and photographed himself in front of the family’s business. According to Library of Congress conservationist Rachel Wetzel, “Taking a portrait is astounding in 1839. Taking a self-portrait is a whole next level up from that.”
A 30-year-old man stood alone in the yard of his family’s Philadelphia gas lighting business. The year was 1839, and it was late October or early November. In front of him was a makeshift camera, its lens fashioned from an opera glass.
He’d already determined the daylight was adequate to expose the carefully prepared metal plate within the camera and take a photograph of himself. Last but not least, he had to remain motionless and gaze forward for 10 to 15 minutes — no easy task.
The man was Robert Cornelius, and people sometimes joke that he took the world’s first selfie that day when he posed in his yard, broodingly handsome with his collar upturned and his hair disheveled. But he accomplished much more than the term “selfie” implies.
“Taking a portrait is astounding in 1839,” said Rachel Wetzel of the Library’s Conservation Division. “Taking a self-portrait is a whole next level up from that. That portrait is incredibly significant.”
Cornelius’ picture, a daguerreotype, is considered the earliest extant photographic portrait in the world. The Library acquired it in 1996, along with other examples of Cornelius’ works, as part of the Marian S. Carson collection.
Now, the Library’s Cornelius holdings, already the largest anywhere, have grown even bigger: In December, Cornelius’ great-great-grand-daughter, Sarah Bodine, donated an important collection of his photographic materials and ephemera.
The trove includes a Cornelius daguerreotype and portraits of his children by other early Philadelphia daguerreotypists, along with Cornelius’ experimental camera lenses and papers associated with his business dealings and patent applications.
“The collection gives a much broader picture of Robert Cornelius at the Library, beyond the photographs we currently hold,” said Micah Messenheimer of the Library’s Prints and Photographs Division.
It is thanks largely to Wetzel’s expertise in all things Cornelius that the Bodine collection made its way to the Library.
Before joining the Library in 2019, Wetzel worked as a photo conservator at the Conservation Center for Art and Historic Artifacts in Philadelphia (CCAHA). There, she and a team of conservators drawn from across institutions, including two from the Library, conducted research on early daguerreotypes and how best to preserve them.
To deepen knowledge of Cornelius’ work and techniques, Wetzel also began compiling a database (which now resides at the Library) to document his photographs and their condition. Even though Cornelius photographed subjects for only three years, he was enormously successful, and his photos now exist in far-flung locations.
Just months before Cornelius took his self-portrait in 1839, Louis J.M. Daguerre announced his invention of the daguerreotype process in France and published the formula. Cornelius’ collaborator, scientist Paul Beck Goddard, soon altered Daguerre’s formula for treating camera plates by combining bromine with iodine — Daguerre used just iodine.
The new treatment reduced exposure times — by a lot. So, instead of sitting in front of a camera for up to 25 minutes, a photographic subject had to remain still for only 30 seconds to two minutes.
“For portraiture, it was a big thing,” Wetzel said.
Most significantly, it made the daguerreotype process commercially viable. Cornelius set up Philadelphia’s first photo portrait studio to much acclaim. His portraits were so esteemed that Daguerre himself reportedly sent daguerreotypes from France in exchange for Cornelius’ work.
Publicity surrounding Wetzel’s quest to find and document Cornelius’ photography eventually brought her into contact with Bodine — and two other Cornelius descendants.
Robert Cornelius IV, who goes by Bob, was the first to get in touch. He brought his Cornelius daguerreotype to Wetzel at the CCAHA. Later, Bob brought his cousin from Connecticut, Albert Gee, another descendant, to show Wetzel his Cornelius materials.
Bodine found Wetzel, by then at the Library, through a Google search. Bodine had recently discovered Cornelius materials in her attic in New Jersey as she was downsizing to move. She had it in mind to donate the materials to a repository, but she wanted to know more about them first. So, she invited Wetzel to visit.
Wetzel brought Bob with her to New Jersey. He did not know Bodine, a cousin, beforehand. She descends from a different Cornelius child — Cornelius and his wife, Harriet, had eight children together.
Wetzel spent a day and a half with Bodine going over her materials. The collection includes one daguerreotype by Cornelius along with portraits of his family members and copious ephemera — deeds, calling cards, news clippings, a valentine to Harriet Cornelius from her husband, the eulogy he wrote for her in 1884 and locks of her hair and his.
Seven patent applications relate to improvements Cornelius invented for gas lighting, his family’s business, to which he returned after his brief but storied foray into photography.
A favorite item in Bodine’s collection is a box containing lenses wrapped in what looked like a cut-up nightshirt that still had a tag embroidered with a small “C” on it.
“Thinking about how the lens that might have been used to make that self-portrait could have been in that box was pretty thrilling for me,” Wetzel said.
Wetzel is continuing to study early daguerreotypes, analyzing how they age and ways to stabilize them. She’s now working with Messenheimer to create a database of every daguerreotype in P&P’s collection, documenting the condition of each with notes and photographs.
“While my work has focused on Cornelius,” Wetzel said, “all of the best practices that are being developed through the Cornelius project will be applied to ensuring the longevity of every daguerreotype at the Library.”
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