Microcluster Physics
by Michael Burbury
Here is a
Goggle Book on Microcluster Physics, it's not complete, but still offers some interesting reading.
The gold microcluster experiment was quite interesting with the scientists pointing out that:
When the [gold] microcluster has a radius of less than 20 atoms and the number of atoms is less that
10^3 in total, we may notice the cluster to move upon the surface as if it were alive.
There is much to read in microcluster physics if you do a few searches in Google and yahoo and is one of the new
fields of science that is also one of my favorites. Once again the study of microclusters is teaching scientists
that all we know is actually not quite correct. As in the text book physics and laws we all learned, are actually
incorrect and/or incomplete.
This is an area of expertise that those interested in "what is Ormus" should take a look.
For example:
Stable microclusters of elements only form at specific "magic numbers". These "magic numbers of atoms" are
basically between 10 atoms and 1000 atoms and vary for each element. There are also several "magic numbers" for
different types of elements. In the example I would like to offer, I shall speak of Gold since it's quite a popular
element in the Ormus circles, but please remember the same will hold true for EVERY element, only the number of
atoms vary.
Gold has three "magic numbers" in microcluster physics where the element will become stable. An Alchemist already
knows these three as being the White Lion, the Green Lion and the Red Lion. Basically as the number of atoms form a
platonic solid cluster of atoms in a specific shape, they become the "magic number of atoms" and determine the
properties of the cluster. So what I am saying is that the Green Lion is a specific number of Gold molecules that
have clustered together and formed a platonic solid of a specific shape and when reduced will become the White Lion
and reduced again becomes the Red Lion. The molecules themselves have not changed, only the number of them that
group together within the cluster and the platonic solid shape that they form.
Now, here is the interesting part. When the microcluster forms at a specific "magic number" of atoms and becomes
stable (cluster together in a specific platonic solid configuration), it no longer has the properties of either
individual molecules or the element of gold itself.
Quote from a science site:
"In what follows, we shall show that these magic numbers are associated with the shell structure of
valence electrons moving independently in a spherically symmetric effective potential. What this is telling us
is that the hypothetical "electrons" are no longer bound to their individual atoms in microclusters, but rather
move independently throughout the entire cluster itself!"
Now, when these specific clusters are analysed with traditional spectrography, the atoms themselves appear to be
Mono-atomic as the whole cluster acts as if it were a single atom. Some things that your traditional atomic text
book teaches just got thrown out the window and do not apply anymore.
"Remember that in our new quantum model, there are no electrons, only clouds of aetheric energy that
are flowing in towards the nucleus via the Biefield-Brown effect. In this case, the microcluster acts as one
single atom, with the center of the cluster becoming akin to the positively-charged atomic nucleus where the
negatively-charged energy is flowing in."
You only need to look at a picture of a Galaxy on NASA and microclusters are behaving in a similar manner. (As
above, so Below?)
"Clusters are also of interest in their own right, since for small clusters there is the possibility
of finite size effects leading to electronic, magnetic or other properties which are quite different from those
of molecules or condensed matter."
Basically, when a group of molecules cluster together and form the platonic solid "magic number" of atoms, the
cluster itself no longer has the electronic (conductivity or resistance), magnetic (including gravitational) or
other properties of the original element. Sound familiar?
"Even more interestingly, on page 18 of the Microcluster Physics textbook, Sugano et al. have a
photograph of a gold cluster consisting of "about 460" atoms, where we can clearly see the close-packed sphere
structure of the atoms inside, forming unmistakable geometry. These images are taken by a scanning electron
microscope at very high magnification, and the structure of the cuboctahedron geometry."
(and to go even further, it was green!)
"Certainly, the idea of "supershells" of electrons suggests a fluidlike blending together of atoms in
the quantum realm. Again, it appears that the entire idea of electrons is flawed, since the next passage from
Besley et al., tells us that the "jellium" model where "particle" electrons fill up into "geometric shells"
does not work for what are known as transition metals. Since there can be no individual electrons at this
point, Besley et al. hypothesize the existence of "explicit angular-dependent many-body forces." In short, a
"fluid crystal" aetheric quantum model is essentially required to explain the forces that create
microclusters."
I will stop at this point and say this:
The quote: "explicit angular-dependent many-body forces."
There you have it - science just explained what Ormus is. Ormus is a very complex arrangement of explicit
angular-dependent forces that form "fluidic crystals" in microclusters. (This is probably why the water trap method
is so effective and also highlights that ALL the elements have a specific "magic number" in the microcluster range
that will exhibit the properties we know as Ormus. It also highlights that there may well be several different
"magic numbers" for EACH Element).
Keep an eye on Microcluster Physics, it will bring "Light" to the age of question of "What is it?" (Puns intended).
There is a lot of money being poured into Microcluster Physics due to the Technology sector looking into ways of
making electronics smaller and faster - but face some major hurdles when things hit the region of the unknowns -
the Microcluster.
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