- #1
zoobyshoe
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Ivan,
I happened to find this page which shows how the frequencies of various common phenomena correspond to notes in the musical scale:
"60 Hz power supply (US) is halfway in between Bb and B
50 Hz power supply (Europe) is a G#
International Distress Radio frequency is 500 KHz or a B
Hydrogen vibrates at 1,420 MHz which is an F
Magnetic resonance of Cesium's particle stream @ 9193 MHz is a C# (atomic clock)
DNA vibrates at a G
The Big Bang was an F#
Schumann resonance is a B (electromagnetic hum of the ionosphere)
Daily Earth cycle is a G
The yearly Earth cycle is an out of tune C# but is exactly Sa or Sadja in Indian music which has been 136 Hz for thousands of years.
The moon cycle is a G#, not a prominent note in Western music but the moon cycle vibration corresponding to 421Hz relates to the fact that in their day these composers tuned their A to these pitches:
Mozart A = 421.6 Hz
Handel A = 422.5 Hz
Bach A = 415.5 Hz
Berlin 1750's A = 422 Hz
Paris 1810 A = 423 Hz
Frequencies of piano's range = 27.5 Hz to 4,224 Hz
Wavelengths of piano range = 12.5 m to .081 m (8.1 cm)
Frequencies of extreme range of hearing = 15 Hz to 20,000 Hz
Wavelengths of extreme range of hearing = 22 m to .017 m (1.7 cm)
C zero is the lowest standard note four octaves below the flute's low C. It has a wavelength of 68 feet and a frequency of 16 Hz.
Henri Bouasse demonstrated the existence of undertones in wind instruments in 1929. For more see Martin Vogel, The Theory of Sound Relationships.
Data & Equivalents
I happened to find this page which shows how the frequencies of various common phenomena correspond to notes in the musical scale:
"60 Hz power supply (US) is halfway in between Bb and B
50 Hz power supply (Europe) is a G#
International Distress Radio frequency is 500 KHz or a B
Hydrogen vibrates at 1,420 MHz which is an F
Magnetic resonance of Cesium's particle stream @ 9193 MHz is a C# (atomic clock)
DNA vibrates at a G
The Big Bang was an F#
Schumann resonance is a B (electromagnetic hum of the ionosphere)
Daily Earth cycle is a G
The yearly Earth cycle is an out of tune C# but is exactly Sa or Sadja in Indian music which has been 136 Hz for thousands of years.
The moon cycle is a G#, not a prominent note in Western music but the moon cycle vibration corresponding to 421Hz relates to the fact that in their day these composers tuned their A to these pitches:
Mozart A = 421.6 Hz
Handel A = 422.5 Hz
Bach A = 415.5 Hz
Berlin 1750's A = 422 Hz
Paris 1810 A = 423 Hz
Frequencies of piano's range = 27.5 Hz to 4,224 Hz
Wavelengths of piano range = 12.5 m to .081 m (8.1 cm)
Frequencies of extreme range of hearing = 15 Hz to 20,000 Hz
Wavelengths of extreme range of hearing = 22 m to .017 m (1.7 cm)
C zero is the lowest standard note four octaves below the flute's low C. It has a wavelength of 68 feet and a frequency of 16 Hz.
Henri Bouasse demonstrated the existence of undertones in wind instruments in 1929. For more see Martin Vogel, The Theory of Sound Relationships.
Data & Equivalents
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