From: spudnik on
there's more similarity between water-waves and
waves of light, then difference, but
the photon -- particular, spherical wavefront,
what ever you want -- only has enough energy
to effect one orbital (the entire wavefront or
"photon".)

all you have done is replaced "energy"
with "maether," formulaically, then
said a bunch of stuff that is akin
to ideal gas theory -- what ever and
congradulation!

> The quantum of mæther is the photon particle.

--Light: A History!
http://wlym.com
From: spudnik on
ipso facto, dood;
you define it, you decide!... or,
is it a physics koan?

thus quoth:
When a photon is absorbed by an atom,
what is being absorbed is a quantum of mæther.
The quantum of mæther absorbed by the atom forces
the electron into a higher orbital.

--Light: A History!
http://wlym.com
From: mpc755 on
On May 26, 12:56 am, spudnik <Space...(a)hotmail.com> wrote:
> there's more similarity between water-waves and
> waves of light, then difference, but
> the photon -- particular, spherical wavefront,
> what ever you want -- only has enough energy
> to effect one orbital (the entire wavefront or
> "photon".)
>
> all you have done is replaced "energy"
> with "maether," formulaically, then
> said a bunch of stuff that is akin
> to ideal gas theory -- what ever and
> congradulation!
>

I have not replaced energy with mæther. I am explaining how, in terms
of E=mc^2, the transformation of mæther from matter to aether creates
energy.

Mass is conserved. When matter converts to aether the mæther increases
in volume. The physical effect the increase in volume has on the
neighboring aether and matter is energy.

> > The quantum of mæther is the photon particle.
>
> --Light: A History!http://wlym.com

From: mpc755 on
On May 26, 12:58 am, spudnik <Space...(a)hotmail.com> wrote:
> ipso facto, dood;
> you define it, you decide!...  or,
> is it a physics koan?
>
> thus quoth:
> When a photon is absorbed by an atom,
> what is being absorbed is a quantum of mæther.
> The quantum of mæther absorbed by the atom forces
> the electron into a higher orbital.
>

Correct. The electron is forced into a higher orbital because the
quantum of mæther occupies three dimensional space between the
electron and the nucleus of the atom.

> --Light: A History!http://wlym.com

From: spudnik on
thank you, Maetherwocky, maethertronically.

> When a photon is absorbed by an atom what is being absorbed is a
> quantum of mæther. The quantum of mæther absorbed by the atom forces
> the electron into a higher orbital.