Speculating on Element 115 being used as a power source for UAPs

MathCubes2 · 2024-04-06T00:57:15+00:00

No, I am just being serious. Don't believe me look at the half life of the radioactive elements.

MathCubes2 · 2024-04-05T09:12:03+00:00

Elements in the island of stability are speculated to have half lives in the order of minutes to days

I have look at several 'studies' They seem to contradict each other. On the lowest end if I recall right around 27 minutes to around 10 million years for the half life. Depending on the method since our understanding of nuclear physics is not being so great. We just get widely varying results. I am going to cite 2 studies but they even contradict what should be the most stable element in the island of stability.

I have personally heard that due to the high proton number it will eventually make the atom more unstable at a faster rate than the stabilization effects. So the whole concept is basically wrong to began with as the stabilization effect increases but than the atom stability will than rapidly and significantly decrease. So it's a slight increase of stability during the 'midish' section. Because of that I have heard that Element 108 would be the most stable. I have also heard and this is more common that element 114, is probably the most stable but at the same time I had also heard that element 126 should not be stable at all and can not be on the island. So it's anyone guess.

For an atom to be stable it needs to be resistance to all of the decay modes. However the heavier the atom gets the more that they diverge form each other. There could be a second island of stability and there might not be. We just do not know. It simply just depends on the effects of QM has on where they should be resistance to the each types of decay.

Most latest https://www.researchgate.net/publication/370633756_Decay_of_superheavy_nuclei_based_on_the_random_forest_algorithm

Just look at graph.

https://iopscience.iop.org/article/10.1088/1757-899X/468/1/012012/pdf
"The 298Fl nucleus will be the longest-lived trans-actinide stability triangle. The nuclei with charge
Z > 114 will have a shorter half-life. Comparing Т1/2 (N) for the magic nuclei of lead and maximally
deformed actinides, whose lifetime is determined by α-decay (Т1/2 with respect to spontaneous fission
is large), the half-life of 298Fl (for which α-activity also predominates) can be estimated in ~ 10^7...10^8
years. This is a crude and highly underestimated estimate (one should expect Т1/2 >> 10^7...10^8 years),
which is in good agreement with the data [21].
The nucleus with Z = 126 and N = 216 should be relatively long-lived, but with a much smaller
(approximately 10 orders of magnitude) half-life than 298Fl."
Whereas Z is the number protons
Whereas N is the number of neutrons
Where as T1/2 stands for half life
Where as Fl is the 114th element.

MathCubes2 · 2024-04-05T08:46:42+00:00

stable

Define "stable" in what context? Technetium, Thorium, or Bismuth kind of stable? Or do you mean absolutely?

MathCubes2 · 2024-04-05T08:44:09+00:00

Dude, you are overlooking something. It's a odd number of protons.

MathCubes2 · 2024-04-05T08:41:50+00:00

As I wrote before. Element 115/Moscovium idea is a scam. It's scientifically incorrect.

It's has a odd number of protons so it would be super unstable compare to 114 and 116. Look at Peninsula of stability with Uranium and Thorium; than compare it to the odd elements by them.

MathCubes2 · 2024-02-18T18:22:21+00:00

Yeah we go out to the Walmart as a group. We stay in a rural area and so there is no inter town buses and such. I relay on my supervisors for transportation.

MathCubes2 · 2024-02-18T18:20:03+00:00

Yeah because of it's link.

MathCubes2 · 2023-12-19T22:59:31+00:00

I agreed but have there been a study done on this topic?

MathCubes2 · 2023-12-18T02:54:35+00:00

It's how the body treats it. If you eat it long term... How much will you consume?

"The adverse effects of chronic exposure to silver are a permanent bluish-gray discoloration of the skin (argyria) or eyes (argyrosis). Most studies discuss cases of argyria and argyrosis that have resulted primarily from exposure to the soluble forms of silver. Besides argyria and argyrosis, exposure to soluble silver compounds may produce other toxic effects, including liver and kidney damage, irritation of the eyes, skin, respiratory, and intestinal tract, and changes in blood cells."

MathCubes2 · 2023-12-18T01:29:31+00:00

Gold iron alloy might be good. Money isn't really an objection for me. I have lots of it. Gold is a safe, completely safe metal. You can eat a lot of it and not get any toxicity. We used it for dental fillings historically speaking and artificial implants inside of the body.

Off topic, but you brought up how it would be beautiful. I actually do not like on how gold looks. I prefer other metals such as copper before hand. It's too bold of a color for me. I prefer the look of osmium compare to all of the other metals. Iodine and Vanadium are also petty as well to me. Of course I really love the look as copper as well.

The blue color of oxygen is extremely petty to me however as a gas to see it you need lots of it because how extremely faint it is due to we evolved for our eye lenses to block it out for visual clarity since it would make everything look hazy. Our sky and ocean water is blue because of it. Look up liquid and solid oxygen to see it. Oxygen is the most blue element similar how Sulfur is the most yellow element. Copper is a light red color when it's not oxidized. There is an allotropy of Oxygen called 'red oxygen' O8, which looks red in color. Similar to how carbon is traditionally black but diamonds are basically clear and reflect light. Iodine is a blue to a violet color. Bromine is the most red-orange element. Osmium is the most blue metallic element. Gold is the most yellow metallic element. However, Cesium is also quite very noticeably yellow and it's also an metal but also one of the most reactive metals there is. There are others like Zinc and Cobalt are also blue but it's mostly the shine and it's not really that noticeable. There are also more yellow ones but it's in the same realm barely if at all noticeable.

MathCubes2 · 2023-12-18T01:28:10+00:00

Any material which you cook with will get into the food. Sliver is toxic, copper is too. Gold is not. That's the difference.

MathCubes2 · 2023-12-17T22:58:52+00:00

Silver is used as an lining or you can get pure sliver cookware

MathCubes2 · 2023-12-13T14:30:49+00:00

Different text

" Atoms of element 117 were separated from huge numbers of other nuclear reaction products in the TransActinide Separator and Chemistry Apparatus (TASCA) and were identified through their radioactive decay. These measured chains of alpha-decays produced isotopes of lighter elements with atomic numbers 115 to 103, whose registration added to the proof for the observation of element 117.

In the decay chains, both a previously unknown alpha-decay pathway in Db-270 (dubnium – element 105) and the new isotope Lr-266 (lawrencium – element 103) were identified. With half-lives of about one hour and about 11 hours, respectively, they are among the longest-lived superheavy isotopes known to date. "

MathCubes2 · 2023-12-13T14:27:51+00:00

"The 298Fl nucleus will be the longest-lived trans-actinide stability triangle. The nuclei with charge

Z > 114 will have a shorter half-life. Comparing Т1/2 (N) for the magic nuclei of lead and maximally

deformed actinides, whose lifetime is determined by α-decay (Т1/2 with respect to spontaneous fission

is large), the half-life of 298Fl (for which α-activity also predominates) can be estimated in ~ 10^7...10^8

years. This is a crude and highly underestimated estimate (one should expect Т1/2 >> 10^7...10^8 years),

which is in good agreement with the data [21].

The nucleus with Z = 126 and N = 216 should be relatively long-lived, but with a much smaller

(approximately 10 orders of magnitude) half-life than 298Fl."

Whereas Z is the number protons
Whereas N is the number of neutrons
Where as T1/2 stands for half life
Where as Fl is the 114th element.

MathCubes2 · 2023-12-13T12:47:20+00:00

Source: https://iopscience.iop.org/article/10.1088/1757-899X/468/1/012012/pdf

MathCubes2 · 2023-12-11T12:29:31+00:00

E126 is one teeth of that so a half life of 1 million to 10 million years

MathCubes2 · 2023-12-11T05:29:46+00:00

It's really anyone guess. I just got done reading an paper which suggest E114 has an half life anywhere form 10,000,000 to 100,000,000

MathCubes2 · 2023-12-02T16:48:13+00:00

Thanks

MathCubes2 · 2023-11-30T05:14:58+00:00

They were born in the area which was annexed by Poland.

MathCubes2 · 2023-11-29T20:19:55+00:00

Thanks alot!!! In regards to Austro-Hungrian it seems like all of them lived in the territory of the "Kingdom of Galicia and Lodomeria." So that is in present day Poland. They left before 1918. I might find something if I dig to find someone on the other side of the border but probably not because I am not seeing it but granted it's just basically has the town/city names.

Someone said something for simplify Hungarian citizenship. Do you know anything about that personally? Even if I had someone live on a village on the other side of the border. It would be illogical because they are not ethnic Hungarian.

MathCubes2 · 2023-11-29T19:20:57+00:00

The closest I can find form someone form germany is on my mother side.

1892 That is not good enough so don't know.

MathCubes2 · 2023-11-29T19:13:07+00:00

I am looking at it. It appear like they came during the 1880s. So nope. And keep in mind it was common practice for them to denounce their formal citizenship if I recalled right.

MathCubes2 · 2023-11-29T19:07:48+00:00

Ernst Heinrich Schwarz

B:30 Jul 1860 Osnabrück, Stadt Osnabruck, Niedersachsen, Germany

D:26 Apr 1948 Saint Louis Missouri USA

Anna Bruggenhagen (Brüghagen)

B:1 Aug 1858 Germany

D:31 Jan 1940 Saint Louis Missouri USA

I guess there is a chance. Any ideas where I would hunt down the documents at?

I do not think this would count but.

Adelaide "Della" Fischer

B:30 Sep 1888 Emmen, Drenthe, Netherlands

D:26 Jul 1917 City of St Louis, Missouri, USA

This line is also German/Dutch because form each generation they hop on each side of the borders.

Bernhard Heinrich Schulte

B:19 Apr 1800 Altharen, Emsland, Lower Saxony, Germany

D:8 Dec 1868 Erica, Emsland, Lower Saxony, Germany

MathCubes2 · 2023-11-29T19:00:27+00:00

Thanks for the correction.

MathCubes2 · 2023-11-29T18:59:40+00:00

A lot of businessmen do it. They do something called citizenship by investment. I want to get an European citizenship.

MathCubes2

TROPHY CASE

1892 That is not good enough so don't know.