Uranium

Uranium split

Bimodal mass distribution of fission fragments of uranium

Figure 0: Fission of uranium makes a big fragment and a small fragment

November 14, 2022, published in hardcover "Charge distributions on the nuclei" at Amazon. $123 for 535 pages of all elements. Or eBook: $33 Uranium data set

The image is showing the glass bead game theory of the Uranium nucleus.
See the paper I wrote in March 2019 Journal of Nuclear Physics.
"Magnetism from Iron's Nuclear Structure". Uranium is discussed in that paper.

Figure 1

Figure 2: Uranium 234 Mock Up, January 7, 2018 Folmsbee

Figure 2A - Uranium 238 has 4 neutrons in reasonable gaps

Fig. 2 has protons in yellow chocolate and neutrons in gray chocolate, coated with a thin candy shell. The Elmer's glue is non-toxic, but ineffective at preventing spontaneous fission of the mock-up.

Figure 3: pieces of a nucleus becoming U-234

Figure 4: predicted element Z=123, A=305 folmsbium

Uranium Figure 4 jargon and symbols used to calculate Atomic Weight A.
Add up all glass beads in Figure 1. White for neutrons, green for protons.

A computer program is linked here to calculate coordinates for baryons in uranium. This is for the book Charge distributions on the nuclei, Data set seventeen: U to Fm.

May 19, 2022 Alan Folmsbee

Abbreviations are used to describe the pieces of the nucleus model.
p6 is pyramid 6
d54 is dilator 54
cube has 27 nucleons
p2x4 is a pyramid 2 repeated 4 times
base4 is a square of 16 baryons
d43 is a dilator with two layers, 4 wide and 3 wide
p3 is pyramid 3 with 3 layers

Uranium structure:

p6 d54 cube p2x4 base4 d43 p3

p6 = 36+25+16+9+4+1 = 91
d54 = 25+16 = 41
cube = 27
p2x4 = 5x4 = 20
base4 = 4x4 = 16
d43 = 16+9 = 25
p3 = 9+4+1 = 14
Total A = sum of baryons in Uranium model nucleus
Total A = 91+41+27+20+16+25+14 = 234 atomic weight

Calculate Z = Atomic Number
Add up all green glass beads in Figure 1. Green protons.

p6 d54 cube p2x4 base4 d43 p3
p6 = 29
d54 = 15
cube = 15
p2x4 = 12
base4 = 6
d43 = 9
p3 = 6
Z total = 92

Notice that Uranium has two dilators, taking a 3x3x3 cube into 4, then 3, then 4,

then a 3 pyramid. That allows a crack for fission to start in.

Uranium is like Tungsten for its big Pyramid 6, but at the far
end of the nucleus, a double dilator makes a vulnerability.
Here is a summary of layer sizes under the cube for Uranium in Figure 2:

4
3
4
3
2
1

See the repeated 4, 3, 4, 3 ?

That is why U is vulnerable to fission on impact by a neutron. In particular, U 234 is a simple cubic hexapyramid. U 235 has one extra neutron. When fission occurs, that extra neutron on the exterior of the simple cubic hexapyramid is freed to make a chain reaction.

Futures
Figure 2 shows a new element with atomic weight 305. The symbol is Fo indicating Ironicium.
Using the rules that made Iron and Uranium sphere stacking become the ruling theory, the new element Fo in magnets can provide immense wealth. It is stable and safe. Its cube is 5x5x5.
If a 4x4x4 cube forms, it is Promethium 148, and Pm decays.

There are 27 baryons in the cube at the center of U 234.
There are 27 baryons difference in the fission product lobes:

http://www.ikp.tu-darmstadt.de/gruppen_ikp/ag_noertershaeuser/research_wn/exotic_nuclei_wn/index.en.jsp

The Uranium fission products differ by 27 on average because the 3x3x3 cube has
27 baryons.

Links

2018 Nihonium nucleus : https://impuremath.wordpress.com/

2017 summer periodic table: http://pyramidalcube.blogspot.com/2017/08/periodic-table-of-shapes-of-nuclei.html

2016 gravito-Maxwell : http://traction8d.blogspot.com/p/iron-56_30.html

2015 5ns constant : http://fcontinuumgravity.blogspot.com/p/research-planning.html

2014 gravity : http://fcgravity.blogspot.com/

October 16, 2014 began the discoveries by Alan Folmsbee

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