a wavelength is a characteristic of
motion. Many motions are too random, too
chaotic to have orderly wavelengths. An orderly wavelength is a
flow of
motion. It has a regular, repeated distance between its crests. Take a
rope or a garden hose and give it a
flip. You will see a
wave travel along it.
Energy, whether
electrical, light or
sound, has some such pattern. [illustration of a
sine wave goes here.
Copy of this was in previous glossary submission and shows how this will
look. It is also in the book 8-80] This is a
smooth flowing
wave. Its length is between crests. It is measured in
units of length such as centimeters or inches or feet.
the
relative distance from
crest to
crest in any
flow of
energy. In the
MEST universe, wavelength is commonly measured by centimeters or meters.
(physics) the distance between any two corresponding
points on a
wave, measured along the
line of travel of the
wave. Now, one of these days you're going to get
Clear, you're going to get very bright, you're going to figure out exactly why an E-
Meter responds this way, exactly what wavelengths the
thetan operates on in
order to put a reactivity together, exactly hou- many condensers
fit together amongst the
ruddy rods. -E-
Meter Data Instant
Reads, Part 11 (24 May 62) Wavelength
Flow of
Energythe distance from any
point in a
wave, as of light or
sound, to the same
point in the next
wave of the
series. (Introduction, #2)
the distance from any
point in a
wave, as of light or
sound, to the same
point in the next
wave of the
series. But now, you're only talking about wavelength and you're only talking about the amplitude of the wavelength and that sort of thing and that's why it turns the
corner.
- A Summary of Study (4 Aug. 64) the distance from any
point in a
wave, as of light or
sound, to the same
point in the next
wave of the
series. But now, you're only talking about wavelength and you're only talking about the amplitude of the wavelength and that sort of thing and that's why it turns the
corner.
-A Summary of Study (4 Aug. 64) the distance from any
point in a
wave, as of light or
sound, to the same
point in the next
wave of the
series.
(colloquial) a way of
thinking,
understanding, etc.
(physics) the distance between any two corresponding
points on a
wave, measured along the
line of travel of the
wave. (ILLO)
(physics) the distance between any two corresponding
points on a
wave, measured along the
line of travel of the
wave.
(physics) the distance between any two corresponding
points on a
wave, measured along the
line of travel of the
wave. (add illustration of wavelength from
Scientology 8-80)
the
relative distance from
crest to
crest in any
flow of
energy. [ILLO]
the
relative distance from
crest to
crest in any
flow of
energy. [illo]
the
relative distance from
crest to
crest in any
flow of
energy. [ILLUSTRATION]
the
relative distance from
crest to
crest in any
flow of
energy.