sci.physics.cond-matter

On Oct 1, 5:38 am, "Autymn D. C." wrote:
> On Sep 28, 3:06 am, "Timothy Golden "
>
> wrote:
> > to defend your gassy stance. Why then can sound transfer through the
> > solid so quickly? If I were to place a tiny sound source (the point of
> > a pin) on the solid is there any doubt that these vibrations will
> > propagate at the speed of sound? What then are the 'vibrations' that
> > make heat and if I replace the pin sound with a pin heat source what a
> > poor equivalence results. There is no equivalence between heat and
> > sound. Why then they attempt to use the same model is open to debate I
>
> What are the wavelengths and wavestints of either? Where are the
> bonds thas support these modes?
>
> > think. Under your interpretation of the slowness effect why does sound
> > not suffer the same problem? I think we are merely dealing with
>
> It does?

You are too cryptic Autymn. I don't understand you.
-Tim