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Gaseous Music

R

Radium

Jan 1, 1970
0
Gases have resonant radio frequencies. Earth's atmosphere is mainly
composed of nitrogen gas, hydrogen gas, oxygen gas, water vapor, and
CO2. If an audio signal is transmitted at the resonant radio
frequencies of the above gases, will the music be heard?
 
G

Goofball_star_dot_etal

Jan 1, 1970
0
Gases have resonant radio frequencies. Earth's atmosphere is mainly
composed of nitrogen gas, hydrogen gas, oxygen gas, water vapor, and
CO2. If an audio signal is transmitted at the resonant radio
frequencies of the above gases, will the music be heard?

Oh shut up.
 
K

Kevin McMurtrie

Jan 1, 1970
0
Gases have resonant radio frequencies. Earth's atmosphere is mainly
composed of nitrogen gas, hydrogen gas, oxygen gas, water vapor, and
CO2. If an audio signal is transmitted at the resonant radio
frequencies of the above gases, will the music be heard?

Reflections and resonations are passive modifications that will not
produce new notes.

There are audio frequency electrical noises in the atmosphere, though.
I can't remember the name of them. You can pick them up on mountain
tops using a whip antenna and a sensitive audio amplifier with a very
high input impedance. Oh, and hold still too. Friction generates a lot
of audio frequency electrical noise.
 
M

malcolm

Jan 1, 1970
0
Kevin McMurtrie said:
Reflections and resonations are passive modifications that will not
produce new notes.

There are audio frequency electrical noises in the atmosphere, though.
I can't remember the name of them. You can pick them up on mountain
tops using a whip antenna and a sensitive audio amplifier with a very
high input impedance. Oh, and hold still too. Friction generates a lot
of audio frequency electrical noise.

bring out the KY
 
D

Dave H.

Jan 1, 1970
0
Kevin McMurtrie said:
Reflections and resonations are passive modifications that will not
produce new notes.

There are audio frequency electrical noises in the atmosphere, though.
I can't remember the name of them. You can pick them up on mountain
tops using a whip antenna and a sensitive audio amplifier with a very
high input impedance. Oh, and hold still too. Friction generates a lot
of audio frequency electrical noise.

Yeah, and a lot of 'em are due to electrical storms, so be sure there are
some nice beefy local thunderstorms....

Dave H.
(The engineer formerly known as Homeless)
 
G

GPG

Jan 1, 1970
0
There are audio frequency electrical noises in the atmosphere, though.
I can't remember the name of them. You can pick them up on mountain
tops using a whip antenna and a sensitive audio amplifier with a very
high input impedance. Oh, and hold still too. Friction generates a lot
of audio frequency electrical noise.

VLF, dawn chorus, possibly caused by change in ionisation levels
 
G

Grumpy OM

Jan 1, 1970
0
Gases have resonant radio frequencies. Earth's atmosphere is mainly
composed of nitrogen gas, hydrogen gas, oxygen gas, water vapor, and
CO2. If an audio signal is transmitted at the resonant radio
frequencies of the above gases, will the music be heard?

Depends upon how you define music. I produce some very resonant
gases after eating apricots.

Grumpy
 
R

Radium

Jan 1, 1970
0
Depends upon how you define music. I produce some very resonant
gases after eating apricots.

Grumpy

:)))))))))))))))))))))))))))))))))))))
 
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