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Inspired by Halley's Comet, the Celestaphone
was constructed by Clair O. Musser as a combination
of his interests in music, astronomy, meteorology, metallurgy,
meteoritics, acoustics, musical physics, and holography.
Musser began collecting meteorites in 1936, continuing
to acquire them for over four decades from all parts
of the world. He collected over 1,388 pounds of the
rare space material, and used 678 pounds from his collection
to manufacture this 'one-of-a-kind' Celestaphone.
After being scientifically analyzed,
the meteorites were classified for use in the bars,
frame, or resonators based on the elemental content.
In addition to the 30 'Meteoritic Tone Bars,' over 353
parts were machined for the resonators, frame, and other
portions of the instrument. Except for the bolts, all
metal parts of the instrument are of 'meteoric metal.'
The Celestaphone weighs 83 pounds,
including 12 pounds for the bars, 51 pounds for the
frame and resonators, and 20 pounds for its base and
cover. Tuned to A=440, it has a two and a half-octave
range, G to C, beginning on G below the treble-clef
staff. All bars are 28mm wide and range from 29.3 cm
to 11.8 cm in length. Due to the long sustain of the
bars, there is a pedal for muffling the instrument.
It can be played with mallets, or bowed for music that
truly sounds 'celestial.'
Donated by Perry and Nancy Preusch
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Angled view showing the instrument
on its base with damping pedal. Note the square construction
of the resonators, which were manufactured as strips of
meteoritic compound and then welded together.
Musser working on celestaphone
in his lab. |