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The bell’s unique acoustic signature—its ability to travel for miles—is due to its shape, the density of bronze alloy, and the harmonic complexity of its overtones.
A large bell can resonate in multiple frequencies at once, often including what’s called the “hum tone”—a low-frequency vibration that is felt as much as heard.
These aren’t just sounds. They’re resonant structures that imprint space and body.
By Kate SilvenessThe bell’s unique acoustic signature—its ability to travel for miles—is due to its shape, the density of bronze alloy, and the harmonic complexity of its overtones.
A large bell can resonate in multiple frequencies at once, often including what’s called the “hum tone”—a low-frequency vibration that is felt as much as heard.
These aren’t just sounds. They’re resonant structures that imprint space and body.