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Levi Hill (26 February 1816 − 9 February 1865) was an American minister in upstate New York who claimed in 1851 that he had invented a color photographic process. Borrowing terms previously introduced in France, Hill called his process "heliochromy" and the photographs that it produced " heliochromes", but by analogy to the naming of the then-current
daguerreotype Daguerreotype (; french: daguerréotype) was the first publicly available photographic process; it was widely used during the 1840s and 1850s. "Daguerreotype" also refers to an image created through this process. Invented by Louis Daguerre an ...
process after its inventor Louis Daguerre, Hill's color photographs were soon being called "Hillotypes". Hill's work was met with skepticism during his lifetime, then for more than a hundred years after his death histories of photography routinely dismissed it as a complete fraud. Later researchers found that his very difficult process did in fact have a limited ability to reproduce the colors of nature.


Life and work

Levi Hill was, among other things, a Baptist minister in Westkill ( Greene County) in the New York Catskill Mountains area. In the early 1840s, Hill learned the
daguerreotype Daguerreotype (; french: daguerréotype) was the first publicly available photographic process; it was widely used during the 1840s and 1850s. "Daguerreotype" also refers to an image created through this process. Invented by Louis Daguerre an ...
process, the only photographic process commonly used during that decade. It yielded black-and-white photographs that reproduced light and shade but not color. By 1851, Hill had worked out his own very different version of the process, which he claimed was able to reproduce the colors of the subject, too. Though many were of the opinion that the color in Hill's photographs was added by hand-tinting, he received support from some in the scientific community, most notably Samuel F. B. Morse, inventor of the telegraph. The claims made for Hill and his commercially unavailable secret process drew both skepticism and wrath from some professional photographers, who believed that clients were putting off having their pictures taken until they could be Hillotyped in color. In 1851, photographer
Daniel DeWitt Tompkins Davie Daniel DeWitt Tompkins Davie (1816 – February 12, 1877), also known as D. D. T. Davie, was an American 19th-century photographer known as a pioneer of the daguerreotype in America and an innovator of photographic equipment and techniques. He wa ...
, then-president of the Association of Daguerreotypists, assembled an investigating team that pronounced Hill's invention "a delusion." In 1856, Hill wrote ''A Treatise on Heliochromy'', a book that promised to reveal his secrets at last. It was available only by advance subscription for $25 a copy,Backer, Wm. B. (1980).
Are These The World’s First Color Photographs?
''American Heritage'', 31:4 (June–July 1980). Retrieved 10 July 2014.
an exorbitant price at that time (in contemporary US gold coins, well over an ounce of pure gold). Davie obtained a court order banning the sale of Hill's book on the grounds that it libeled him and his committee, with the result that most of the edition was pulped. The few surviving copies show that the book consists of a rambling autobiography, a history of photography, a cookbook for many other processes, and finally a recipe for making Hillotypes that is so chemically complicated it is practically unworkable. Hill died in 1865 at the age of 48, possibly a victim of his long and incautious exposure to the many extremely poisonous and corrosive chemicals involved in his experiments.


Subsequent research

In 1981, photography professor and historian Joseph Boudreau compounded the archaic chemistry and replicated the techniques described by Hill in ''A Treatise on Heliochromy''. Boudreau was able to create Hillotypes that distinctly and verifiably showed muted reproductions of many of the colors in the test subjects photographed, including red, green, blue, yellow, magenta and orange; these colors were all produced by the action of light alone, without the application of dyes or pigments. In 2007, A chemical analysis of Hill's plates by researchers affiliated with the
National Museum of American History The National Museum of American History: Kenneth E. Behring Center collects, preserves, and displays the heritage of the United States in the areas of social, political, cultural, scientific, and military history. Among the items on display is t ...
, found that pigments had indeed been used to enhance the colors in some Hillotypes, but that this accounted for only some of the photographs' color. They found that reds and blues had for the most part been genuinely (if crudely) reproduced photographically, but that other colors had been fraudulently added. Getty Conservation Institute senior scientist Dusan Stulik, who performed the analysis with colleague Art Kaplan, concluded that “ ter pressure mounted to produce additional colors ... Hill began adding additional pigments to his color plates by hand, doctoring them to look more multi-hued than the originals."


External links


''A Treatise on Heliochromy'' at the Internet Archive


References

{{DEFAULTSORT:Hill, Levi 19th-century American inventors Pioneers of photography 1816 births 1865 deaths 19th-century American scientists