Newsgroups: sci.math
Date: Fri, 23 Jun 2017 21:36:28 -0700 (PDT)
Subject: Page2, 1-2, PLUTONIUM-ATOM-TOTALITY-UNIVERSE + Maxwell/AP-Equations-Describing
Physics, 8th ed.
From: Archimedes Plutonium <
plutonium....@gmail.com>
Injection-Date: Sat, 24 Jun 2017 04:36:29 +0000
Page2, 1-2, PLUTONIUM-ATOM-TOTALITY-UNIVERSE + Maxwell/AP-Equations-Describing Physics, 8th ed.
Page2, 1-2, PLUTONIUM-ATOM-TOTALITY-UNIVERSE + Maxwell/AP-Equations-Describing Physics, 8th ed.
In the 1990s I did a survey in mathematics of math professors doing a Euclid Infinitude of Primes proof in which 84% of them failed to deliver a valid proof, which can be seen in my Correcting Math textbook of 2016. And the reason I bring that issue up is perhaps I should do a survey in physics, or, all the sciences, asking someone to draw a picture of the electron of a hydrogen atom on a piece of paper with pencil. Will most fail?
Looking at Halliday & Resnick textbook PHYSICS, Part 2, Extended Version , 1986, on page 572. This is a large electron cloud dot picture for which I quote the caption.
CHAP.26 CHARGE AND MATTER.
Figure 26-5
An atom, suggesting the electron
cloud and, above, an enlarged view
of the nucleus.
--- end quoting ---
You see, the dots of the electron cloud, its billions upon billions of dots, is one electron itself. An electron is perhaps 10^180 dots that comprise the electron.
And on the historic day 7 November, 1990, having awoken from sleep and remembering that picture in Halliday & Resnick, did I discover the Atom Totality Universe theory. I put together the idea that the dots of the electron dot cloud are actual galaxies and stars in the night sky.
The dots of the electron dot cloud are actual mass chunks or pieces of one electron.
So that if we had a survey test of scientists, especially physicists, would they draw the hydrogen atom of one electron and one proton as this:
o .
Where the electron is a ball going around a tiny ball of a proton nucleus? Probably that is their picture of an electron, and, their understanding of what a proton and electron are, -- some spheres going around one another.
They probably would never draw a picture like this for an electron:
......
..............
.....................
.....................
..............
......
The picture of an electron that was instrumental in my discovering the Atom Totality Universe theory is the one by Halliday & Resnick. That picture of the atom with dots caught my attention long before 7 Nov 1990 and it was on that day in 7 Nov1990 where I connected the dots of the electron dot cloud
with actual galaxies and stars, and planets, etc. Thus this picture was instrumental in the discovery of the Plutonium Atom Universe theory. But let me emphasize strongly here that none of the electron cloud dot pictures, that I have seen, really show clearly the night sky of shining galaxies and stars. The discovery of a new theory sees more than what is contained in past wisdom and adds something new and pushes it into the new wisdom.
I had seen many pictures of electron cloud dot patterns mostly in chemistry books and even in movies and TV. And it was stunning to me for the first time when I understood the electron was not some small ball figure circling around a nucleus, but rather a huge number of dots was the actual electron itself. And this stunning understanding is probably lacking in most scientists even a lot of physicists, but not so much chemists since they encounter pictures of electrons more often than others. So that if this survey of drawing what a hydrogen atom looks like of its 1 electron with 1 proton nucleus were given to scientists and professors, would any of them draw something resembling a dot cloud? I think few if any. It is in their psyche to think the electron is a tiny ball going around the proton nucleus, just like Earth going around the Sun.
Somehow it was the Halliday & Resnick picture which jolted my mind into the discovery stage and although in that picture the
white dots are far too dense to look like the night sky of shining galaxies and stars it was enough that they were white dots and that helped tremendously. In most of the other pictures of
the electron dot cloud they are black dots or blue dots set
against a light or white background, or they are too fuzzy as shown in a page from the Encyclopedia Britannica.
And, on that fateful day of 7NOV1990, my day was spent in finding out what chemical element would fit the best as our Atom Totality Universe. Was it uranium, or plutonium?
After 7NOV1990 I have searched many texts to find other pictures which have dot pictures of the electron cloud.
Pictures speak a thousand words as the old saying goes, but better yet, pictures remain in the mind longer than written words.
The Atom Totality Universe is very easy to explain and this ease is credit to the theory that it is the truth. When truth comes to physics the ideas are immediate, quick, connecting to past great ideas. For as Feynman said in his Feynman Lectures text
in the first chapter where he places the Atomic Theory as the
greatest physics idea of all time, and what I do here, is extend the Atomic theory to its utmost reach-- the universe in total is but one big atom.
So on page 6-11 of Feynman Lectures on Physics, Volume I, 1963, has a picture of the electron cloud, and quoting the caption:
Fig.6-11. A way of visualizing a hydrogen atom. The density (whiteness) of the cloud represents the probability density for observing the electron.
--- end quoting ---
Well, on my fateful morning of 7 November 1990, I was interpreting those dots more than just probability numbers, but that the electron was those dots and that the dots represent a mass chunk or piece of the electron. Of course, the nucleus of a cosmic atom would have most of the mass, and so, the cosmic atom would be huge for the electron space and massive for the nucleus.
So, if I did a survey on scientists, asking them to draw a electron, would anyone in the survey get it correct by stiplling dots or would they draw some round ball as the electron?
This is the dot picture I used in sci.physics and other newsgroups of Internet.
94th ELECTRON OF 231PU
Very crude dot picture of 5f6, 94TH
ELECTRON of 231Pu
::\ ::|:: /::
::\::|::/::
_ _
(:Y:)
- -
::/::|::\::
::/ ::|:: \::
One of those dots is the Milky Way galaxy.
A larger version of what a plutonium atom looks like
with its 5f6 as that of 12 lobes or as a dodecahedron:
. \ . . | . /.
. . \. . .|. . /. .
..\....|.../...
::\:::|::/::
--------------- -------------
--------------- (Y) -------------
--------------- --------------
::/:::|::\::
../....|...\...
. . /. . .|. . \. .
. / . . | . \ .
Archimedes Plutonium