The Smart Atomic Model Silicon Atom Revisited.....

The Smart Atomic Model Silicon Atom Revisited.....

Years ago I started showing theoretically how the Smart Atomic
Model was made of intelligent atomic structures for the Periodic Table
of Elements for the atoms. These atomic structures had various
predictable forms like oxygen. The Smart Model predicted that oxygen
was a ring of 8 deuterium atoms. And sure enough years later it was
observed using real atomic images that PdO showed oxygen rings attached
to it.
It was also predicted using the Smart Atomic Model that vairous
other elements had certain types of structural shapes like Co. Co could
be seen to be a form of Cr structural patterns with a slight change in
the number of protons and neutrons. But the prediction again showed
that the same real image observed was the one predicted by the Smart
Atomic Model.
I also tried to analyze the structure of silicon using a very
early real atomic image. The prediction I made was a certain structural
form like this,

One predicted form of a nitrogen atom
o*
* \ *
* o*

This shows a certain prediction form of nitrogen atoms. But the
interaction prediction was to made these two connect, making 14 protons
to make a silicon atom, etc... .

But this prediction for a silicon was and still is still theoretical
and a predicted other possible form for silicon, that may or may not be
found in nature.

But the real atomic images are showing one layer of silicon atoms
look with respect to a form, where 1 predicted nitrogen atom might look
like this.

Another predicted form of a Nitrogen atom

*
* O *
* *
*

Notice the the Nitrogen in each case has a certain structure
formation that satisfies the 7 proton 7 neutron configuration. Or 7
deuterium atoms.

But if you look at this real atomic image of silicon,

http://www.sljus.lu.se/stm/NonTech.html

The configuration of the silicon is using a nitrogen atom like the
hexagonal form with a deuterium atom at the core, making a suction hole
for a Si (111) type atom. The hole allows for various types of
connections to the silicon atoms.

So the most accurate structural form using the Smart Atomic Model
for silicon is using 3 attachments of double deuterium atoms around the
Nitrogen type formed atom shown. This produces a triangular interaction
at 3 locations of the nitrogen atom like this:

*
* *
* * * *
* *
*
* *

This form the New predicted form of the Smart Atomic Model Silicon.
And form this form, other attaching Si atoms can form which makes it
look just like the real atomic images.

The Smart Model is much more accurate than other Atomic Models. Like
for example look at this predicted form for a Si atom.

http://environmentalchemistry.com/yogi/periodic/Si.html#Atomic

As you can see, the real atomic images are not showing 4 electron
orbital patterns in the outer shell to form the configuration predicted
by the Smart Model and the Real Atomic Images for Si.

The Orbital Model Periodic Table Of Elements is only accurate as a
mathematical trick that seems to work with numbers, but not with what
is REALLY observed in a physical reality. The Smart Model also
predicted this too that the Periodic Table of Elements was accurate
only in areas of numbers of protons and neutrons. But it was not
accurate inthe prediction of the strucutural form of the atoms IN
REALITY.

.

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