Re: What is frequency??


"PD" <TheDraperFamily@xxxxxxxxx> wrote in message
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kenseto wrote:
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kenseto wrote:
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kenseto wrote:
"PD" <TheDraperFamily@xxxxxxxxx> wrote in message
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By curvature, I assume you mean spatial displacement of some
portion
of
the E-string from its undistorted position.

Yes.

I don't understand how an S-particle changing its orbit to a
different
E-string constitutes a distortion, unless by this you mean that
the
curvature is removed from one string and imposed on another. Is
this
what you mean?

When an S-Particle changes orbiting a different E-String the
E-String
that
it was orbiting will snap back to its undistored state and this
action
creates a wave in that E-String.

Wait... in your article you say that distortions in the E-string are
the same as waves in the E-string. (You frequently use the phrase
"distortion or wave in the E-string".) Now you say that when an
E-string snaps back to its *undistorted* state causes a wave in that
E-string, and a wave in the E-matrix is a *distortion* of the
E-matrix.

I'm confused again as to what you mean by the distortion of the
E-matrix. Is the distorted state *with* a wave or *without* a wave?
*with* curvature in the E-string or *without* curvature?

Distortions in the E-Matrix are defined as curvature in the E-Matrix or
waves in the E-Matrix. The E-Matrix is composed of E-Strings. Therefore
any
wave on any E-String is wave (distortion) in the E-Matrix.
The curvature in the E-Matrix is generally caused by the absolute motion
of
a S-Particle system (such as the earth) moving in the E-Matrix. A wave
in
the E-Matrix (the E-String) is generally caused by the orbiting
S-Particle
change it orbit around a different E-String.

You didn't answer the question. Just to be clear: When a E-string snaps
back to its *undistorted* state, it cannot have a wave in it as a
result, because a wave would be a *distortion* in the E-string.
Correct?

No idiot....if you pluck string you create a wave in it. The wave will
travel along the E-String in both directions with a velocity c. The
distortion (the wave) in the E-Matrix is no longer at the location where the
particle is located.

Ken Seto



.

Relevant Pages

  • Re: What is frequency??
    ... When an S-Particle changes orbiting a different E-String the ... "distortion or wave in the E-string".) ... I'm confused again as to what you mean by the distortion of the ... No idiot....if you pluck string you create a wave in it. ...
    (sci.physics.relativity)
  • Re: What is frequency??
    ... When an S-Particle changes orbiting a different E-String the ... "distortion or wave in the E-string".) ... I'm confused again as to what you mean by the distortion of the ... No idiot....if you pluck string you create a wave in it. ...
    (sci.physics.relativity)
  • Re: What is frequency??
    ... kenseto wrote: ... E-Matrix or a wave in the individual E-String caused by the orbiting ... S-Particle changing its orbit to a different E-String. ... E-string constitutes a distortion, unless by this you mean that the ...
    (sci.physics.relativity)
  • Re: What is frequency??
    ... kenseto wrote: ... When an S-Particle changes orbiting a different E-String the ... "distortion or wave in the E-string".) ... I'm confused again as to what you mean by the distortion of the ...
    (sci.physics.relativity)
  • Re: What is frequency??
    ... kenseto wrote: ... E-string goes back to its UNDISTORTED state, it creates a wave in the ... a wave is a distortion. ... How can a string in an ...
    (sci.physics.relativity)
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