Space Forum / Astronomy / November 2006

I was listening to this very concrete thinking elecrical engineer on the
radio who seemed to believe that various energy levels wavelengths
attained by photons had the physical implication of the light being able
to pass though or miss a solid mater interface target by virtue of it
being out of phase from wave crest to wave  to valley.

I was amused given the nature of the analogy but then have always
wondered .  

The properties of wave behavior of light are curious.  The in phase out
phase thing seems plausable but then again its not measurable without a
material interface.  I thought I had found the flaw in the Young double
slit experiment to prove it and maybe I have since the interference
appears to be between light and medium and not light and light.

The phases of wavelength analogy are still curious because I can't prove
that light is in phase and out of phase in a vacuum or doing something
like rotating with a metric periodicty such as the sphere of mass having
a white hemisphere and a black one east and west about the axis of
rotation.  Still a silly analogy but one that could account for the
wavelenth phenomonology .

That seems to bring the mass analogy into phase  which adds to
confusion.

my reading of interference is that electrons get saturated by photon in
the material medium and can absorb no more.  This insight desolves away
any light to light or photon to photon interference in vacuum or aether
or space what ever.  

I have never mangaged to to aim a beam of light at an other beam of
light and get any interference pattern save having some material
interface in between.  Have you got  evidence of light bending or
otherwise interacting with light in an open vacuum?  I cant find any.

how light saturates electrons is interesting and enough to blow off the
other analogies.



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