It was during this period at Virginia Commonwealth that Callahan pioneered the study of Living Archaeology (Watts 1997), teaching classes that combined academic study and research with primitive technological experimentation. While at Catholic University, Callahan served as an instructor of anthropology at Virginia Commonwealth University until 1977. His Doctoral dissertation, Pamunkey Housebuilding: an Experimental Study of Late Woodland Technology in the Powatan Confederacy (1981) was the culmination of years of experimentation and research into the lifeways of the Powatan people. Callahan’s work mainly focused on experimentation and replication of aspects of Native American archaeology. between 19 where he completed his Master’s and doctoral work. Callahan soon realized that there was very little money to be made in painting and decided to devote himself to his love of primitive technologies.Ĭallahan attended The Catholic University of America in Washington D.C. He received his Master of Fine Arts in 1977. In 1969 Callahan enrolled at Virginia Commonwealth University in Richmond, Virginia, where he studied painting and modern art. He returned to the United States a year later in 1966, where he painted landscapes for three years and then taught art at a prep school for another two. Instead of being sent as a missionary to French West Africa as he expected, Callahan became a free-lance artist and went instead to East Africa in 1965 where English was readily spoken. While at Hampden-Sydney Callahan majored in French to better prepare himself for the missionary work in West Africa he hoped to do after graduation. His father, who was also his Scoutmaster, played a large role in this, not only imparting his technical knowledge, but also instilling a sense of self reliance and independence that would shape Errett’s outlook his entire life.Ĭallahan attended Hampden-Sydney College in Hampden-Sydney, Virginia from 1956 to 1960. As a boy Callahan was a member of the Boy Scouts of America and it was as a Boy Scout that he was first exposed to the skills and techniques that the Native Americans used to survive in the outdoors. Callahan’s interest in the outdoors and Native American lifeways began quite early on. December 17, 1937) is an American archaeologist, flintknapper, and pioneer in the fields of experimental archaeology and lithic replication studies.Įrrett Callahan was born in Lynchburg, Virginia on December 17th, 1937. And ultimately, it could be possible to 3D print reinforced obsidian or something even better.Biography of Errett Callahan by Kris West, 2007Įrrett Callahan (b.
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And with AI, they could be robotically napped (though that will only raise the price – with low quantities, building a “flint-napping” robot with AI software would cost more to build than building a human). With more interest pushing more experimentation, perhaps a way to reinforce them will be invented. No doubt as interest in obsidian scalpels increases, there will be more research in design and manufacture, and the best design(s) become standard.
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What would happen with something sharp in the body that couldn’t be enveloped in scar tissue? Hopefully more research will be performed, including on how to monitor for breakage, and find and retrieve them. Indeed, I’m kinda curious what an ultra-sharp obsidian edge would do if left in, since the finest obsidian edges supposedly don’t leave scars.
It’s not a matter of if it will happen, but how often. Even the cheapest steel blade is unlikely to break even if a surgeon tried to do it. Still, even at the same price point, they are available with what appears to be a more stable design.īut you’ve got a good point.
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