Re: What Creates Electron Shells?


<rick_sobie@xxxxxxxxxxx> wrote in message
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On Jun 28, 7:51 am, rick_so...@xxxxxxxxxxx wrote:
On Jun 28, 2:43 am, "Tomoko Kanazawa"



<T.Kanaz...@xxxxxxxxxxxxxxxxxxxx> wrote:
"The_Man" <me_so_hornee...@xxxxxxxxx> wrote in message

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On Jun 25, 10:05 pm, "Tomoko Kanazawa"
<T.Kanaz...@xxxxxxxxxxxxxxxxxxxx> wrote:
"The_Man" <me_so_hornee...@xxxxxxxxx> wrote in message

news:1182718133.817286.9900@xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx

On Jun 23, 9:36 am, "Tomoko Kanazawa"
<T.Kanaz...@xxxxxxxxxxxxxxxxxxxx> wrote:
Electrons occupy only certain shells surrounding the
atomic
nuleus.
It
is said that the electromagnetic binding energy is why
they do.
But
how does electromagnetism explain the shells?

It is obvious that it doesn't. We need more than we know
to
explain
electron shells as they are. It seems as if they are a
structure
to
space itself.

Modern physics treats space as if it were a rigid sandbox
where
electrons
live, and the electrons are best modelled probabilistically.

I dont agree witt that view. GR and SR proves that space can
be
deformed.
So, why not model the electron as a deformation of space.

Calculate the electrostatic interaction between a proton and
electron
for hydrogen. Then calculate the GRAVITATIONAL attraction
between the
two.

What does these numbers tell you?

I will concede that the raw numbers will imply that you have two
altogether
different species of energy.

However, in my opinion both gravity and EM are both explainable as
waveforms
where the medium of propagation is spacetime. So, they are
explainable
in
exactly the same way, but their dynamics and scales are different
and so
they appear to behave quite differently, but aside from scale and
dynamics
they are indistinguishable. The dynamics I am referring to would
be
dynamics
involving probabilities, probabilities that length exists at a
given
location.

One type of dynamics makes gravity, another makes EM, another
makes weak
and
yet another makes strong. Atoms, electrons, planets, the whole
mess.

No. The mediating particles of EM have spin 1, but the mediating
particles of gravity (if they exist) are spin 2.

What kind of spin does a wave have ?

When you use electric equipment to measure it, I think it follows the
left hand rule on its way down the cathode ray tube.
And amazingly enough, if you take two machines, that measure (create)
spin, and you separate them a great distance, the spin will be the
same as if the particle dust of the electron orbiting mass carrying
electron dust particle floating through the air at c electron, was
entangled with all the other electron dust particles spinning with the
left hand rule of electro-magnetic motorism.

Gravity particles, of spin 2 and looking for the other gravity pole?

Yup that about sums up the current state of affairs right there.
Its good for the oil economy to keep people back there 120 years. Back
to when the oil first became important.
So keep looking for all of that.



I think that nuclear power is really great. Too bad we dont have any fusion
reactors online, someday we will.








.

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