(Roughly) Daily

The Eternal Auditorium…

Guglielmo Marconi, one of radio’s early pioneers, believed  that sound never dies; Nate DiMeo, of the podcast The Memory Palace, explains…

In his 60s, having suffered a series of heart attacks, Marconi dreamed “of a device that would let him hear lost sounds, let him tap into these eternal frequencies. He would tell people that if he got it right, he could hear Jesus of Nazareth giving the Sermon on the Mount…”

At the end of his life he could sit in his piazza in Rome, and hear everything that was ever said to him or about him. He could relive every toast and testimonial. And we all could — hear everything: Hear Caesar. Hear Shakespeare give an actor a line-reading. Hear my grandmother introduce herself to my grandfather at a nightclub in Rhode Island. Hear someone tell you that they love you, that first time they told you they loved you. Hear everything, forever.

There’s more in Rebecca Rosen’s appreciation at The Atlantic, “The Museum of Lost Sounds,” where she links to the Cornell Ornithology Lab’s sound archive.  You can hear the whole of DiMeo’s Marconi piece, “These Words, Forever,” here, and more of his wonderful podcasts at The Memory Palace.

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After we candle our ears, we might send both birthday greetings and notes of condolence to Johannes Hevelius; he was born on this date in 1611, and died on this date in 1687.  A councilor and mayor of Danzig (Gdańsk), Hevelius was an avid– and important– astronomer who worked from observatories he built across his city’s rooftops.  From four years’ telescopic study of the Moon, he compiled Selenographia (“Pictures of the Moon”, 1647), an atlas of the Moon with some of the earliest detailed maps of its surface.  A few of his names for lunar mountains (e.g., the Alps) are still in use, and a lunar crater is named for him. In Prodromus Astronomiae (1690), Hevelius catalogued 1564 stars, discovered four comets, described ten new constellations (seven of which are still recognized by astronomers), and was one of the first to observe the transit of Mercury.

 source

 

Written by (Roughly) Daily

January 28, 2013 at 1:01 am

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