Re: Speed of Light

Warren York ( infonet@home.com )
Thu, 12 Aug 1999 20:44:53 -0500

Jerry, you've done it again. I'ed swear you have a cam hidden
over my desk. This is exactly what I am working on at the moment.
I do not know enough as of yet to share an intelligent comment but
it seems to me the rotation axis of the photon may be involved.
I am lacking in some of the data on the method used in predicting
the reflection of Light through glass. Is 36K turns per inch only
for red light using "adding arrows" method? Is there a table or
relationship to different rpm's for each frequency of light? I am
trying to figure out what the dynamics with the photon are since
the method is an accepted method and predicts calculating the
probability of reflection quite well.

This is more in your area Jerry. Didn't Keely do something with
this? Share with us if he did. Warren
============================================================
Jerry Wayne Decker wrote:
>
> Hi Jim, Warren, et al!
>
> Its interesting this comparison of the speed of
> 'sound' as similar to the speed of 'light'.
>
> What is sound? 440cps, 1000cps? There is no generic
> term. It makes no sense to say 'speed of sound'
> because sound is the propagation of a wave (which is
> variable) through air. And the air can only move so
> fast and change so fast so the medium determines the
> 'speed' of the acoustic frequency(ies).
>
> If you inject sound in mass, it moves FASTER because
> the mass is more compacated and less spread out,
> therefore the 'speed of sound' is dependent on the
> media through which it moves.
>
> This is the index of refraction;
>
> http://www.rwc.uc.edu/koehler/biophys/9e.html
>
> for sound,
>
> n = 1 in air;
> n = .06 in glass;
> n = .23 in water;
> n= 6.1 in rubber;
>
> for light (of wavelength 589.3 nm),
>
> n = 1 in a vacuum;
> n = 1.0003 in air;
> n = 1.333 in water;
> n = 1.336 in vitreous humour (inside the eye);
> n = 1.413 in the eye's lens;
> n = 1.52 in crown glass;
> n = 1.61 in flint glass, and
> n = 2.42 in diamond.
>
> Air and the speed of sound;
>
> http://www.treasure-troves.com/physics/Air.html
>
> The same applies to light. What is 'light'? It is
> red, just as surely as it is also blue, green,
> etc..and the composite of those colors is 'white',
> though it can also produce 'black'...
>
> So aren't red, green and blue 'light' all at different
> frequencies? And because of being different
> frequencies, they will move at different velocities.
>
> Index of refraction samples for light;
>
> http://www.physics.ohio-state.edu/~lvw/lvw_page/99jan05_lec01/sld002.htm
>
> excellent demo;
> http://wigner.byu.edu/LightRefract/LightRefract.html
>
> So what is 'light'? Is it like Tesla said highly
> charged particles that stream off excited matter and
> it appears when it strikes another mass? Is it the
> propagation of an EM wave through transparent or
> translucent media?
>
> Is that EM wave producing light as it passes? Or does
> it produce light ONLY WHEN IT STRIKES SOMETHING?
>
> Light is emitted from collapsing electron shells in
> excited mass. Is that not true?
>
> Does that mean Tesla was correct? If not, what then is
> light?
>
> The references to a 'constant' seem to rely on light
> moving in a vacuum, without being subject to
> temperature, humidity, electric or magnetic fields
> that could distort it. What about gravity? What
> about ZPE which appears to come in waves if Win
> Lambertsen and others are correct in their
> assessments?
>
> To my view 'fixed' speeds even in ideal situations are
> a crude reference based on normal situations to
> determine a working value, but not absolutely a fact.
> ===
>
> =================================
> Please respond to jdecker@keelynet.com
> as I am writing from my work email of
> jwdatwork@yahoo.com.........thanks!
> =================================
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