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After 3000 years, we can hear the "voice" of a mummified Egyptian priest


Added 01-24-20 07:10:03pm EST - “It's a single vowel sound, not a running string of speech. But it's a start.” - Arstechnica.com

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Posted By TheNewsCommenter: From Arstechnica.com: “After 3000 years, we can hear the “voice” of a mummified Egyptian priest”. Below is an excerpt from the article.

Around 1100 BC, during the reign of Ramses XI, an Egyptian scribe and priest named Nesyamun spent his life singing and chanting during liturgies at the Karnak temple in Thebes. As was the custom in those times, upon death, Nesyamun was mummified and sealed in a coffin, with the inscription "Nesyamun, True of Voice (maat kheru)." His mummy has become one of the most well-studied artifacts over the last 200 years. We know he suffered from gum disease, for instance, and may have died in his 50s from some kind of allergic reaction. The coffin inscription also expressed a desire that Nesyamun's soul would be able to speak to his gods from the afterlife.

And now, Nesyamun is getting his dearest wish. A team of scientists has reproduced the "sound" of the Egyptian priest's voice by creating a 3D-printed version of his vocal tract and and connecting it to a loudspeaker. The researchers revealed all the gory details behind their project in a new paper in Scientific Reports.

"He had a desire that his voice would be everlasting," co-author David Howard of Royal Holloway University of London told IEEE Spectrum. "In a sense, you could argue we've heeded that call, which is a slightly strange thing, but there we are."

Studying vocal tracts is a very active area of research. For instance, voice scientist Ingo Titze of the University of Utah has experimented with the excised vocal tracts of lions and Siberian tigers. (The body parts were acquired from animals who died from natural causes at various zoos.) In one memorable 2006 experiment, Titze mounted an excised tiger larynx—which is three times the size of a human vocal tract—onto a lab bench for a series of experiments.

One experiment involved blowing air through the structure while taking CT scans. From that, Titze was able to build a computer model capable of simulating the four types of tiger vocalizations: the roar, grow, moan, and "prusten." Sure, the computerized vocalizations sounded more like a cow experiencing extreme gastric distress, but such studies still yield insight into the intricacies of how vocal tracts function across different species.

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