DescentBB

That's true. This is what I think. Just as the same way the increase of Carbon14 was absorbed other isotopes from transuranium elements were also. On an atomic-level.

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So far, essentially all the transuranium elements have been produced at three laboratories

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Those that can be found on Earth now are artificially generated synthetic elements, via nuclear reactors or particle accelerators.


Now I base this on the fact that these transuranium elements were all produced in a lab. Up to that point, Scientists had already identified the basic elements up to the point of uranium, but nothing further until manipulated in a lab. Then after creating or at least re-producing neptunium and plutonium, Scientists start finding them in nature. These things were only produced in 3 labs, I'm sure they were not carried back and forth to work in backpacks, yet then they start appearing in nature. It's that mechanism I'm after. Because that means that somehow on a sub-atomic level, these elements some how found there way out of the lab and into surrounding matter just as C14 does.


What I'm looking for is a reason why and how neptunium and plutonium started making deposits in the earth while being artificially created in a lab. There has to be a way to get from Point A to Point B. One topic at a time Ferno.

When Jesus came to the region of Caesarea Philippi, he asked his disciples, “Who do people say the Son of Man is?”
14 They replied, “Some say John the Baptist; others say Elijah; and still others, Jeremiah or one of the prophets.”

15 “But what about you?” he asked. “Who do you say I am?”

16 Simon Peter answered, “You are the Messiah, the Son of the living God.”

17 Jesus replied, “Blessed are you, Simon son of Jonah, for this was not revealed to you by flesh and blood, but by my Father in heaven. 18 And I tell you that you are Peter, and on this rock I will build my church, and the gates of Hades[c] will not overcome it. 19 I will give you the keys of the kingdom of heaven; whatever you bind on earth will be[d] bound in heaven, and whatever you loose on earth will be[e] loosed in heaven.” 20 Then he ordered his disciples not to tell anyone that he was the Messiah.

Tebo wrote:

So far, essentially all the transuranium elements have been produced at three laboratories

That sentence may be a bit missleading, it's in the section "Discovery and naming of transuranium elements" of the "Transuranium element" article in wikipedia and likely only refers to where the elements were first discovered or applies just to the heavier elements (hence the essentially).

The lighter transuranic elements are produced in any operating nuclear reactor as well as in nuclear explosions.

flip wrote:Black Holes could be described as being "formless and void" or a "bottomless pit" that refuses to "let there be light"

Chinese researchers have successfully built an electromagnetic absorbing device for microwave frequencies. The device, made of a thin cylinder comprising 60 concentric rings of metamaterials, is capable of absorbing microwave radiation, and has been compared to an astrophysical black hole (which, in space, soaks up matter and light)

Two Chinese scientists have successfully made an artificial black hole. Since you’re still reading this, it’s safe to say that Earth hasn’t been sucked into its vortex.

That’s because a black hole doesn’t technically require a massive, highly concentrated gravitational field that prevents light from escaping, as postulated by Albert Einstein. It just needs to capture light — or, to be more precise, electromagnetic radiation, of which visually perceived light is one form.

flip wrote: These accelerator/collidors are entirely capable of creating an element that could start attracting like materials.Now if they did, where would these like materials come from?

Crystals can form in a few minutes or take thousands of years to grow. But all crystals that you can see with your eyes are made of many trillions of extremely small building blocks called atoms. A grain of salt is a simple crystal which is made of two types of atoms: sodium and chlorine. If you look at a salt crystal carefully (or under a microscope), you can see that it looks like a little cube. In fact, we now know that there are trillions of tiny cubes (called unit cells) that make up this bigger cube. Each tiny cube is made of four sodium atoms and four chlorine atoms and is exactly like the cube next to it.
Larger salt crystals can be prepared in different ways. For example, if you take some salt crystals and dissolve them in water, the unit cells come apart and the individual sodium atoms and chlorine atoms are separated and surrounded by water molecules. If you wait a day or so, the water will slowly evaporate, and the atoms will get closer and closer together and eventually form the first small group of unit cells. Then more atoms attach themselves and the cube begins to grow in size. Eventually, there are enough unit cells attached together in a regular pattern so that you can see the crystal with your eyes.

flip wrote:The same way neptunium and plutonium collected on uranium. Not close enough to be absorbed, but close enough to collect there, as atoms, just like crystals form.

flip wrote:Well, not likely and here's why. From 1789 until 1940, the heaviest element found was Uranium. Neptunium is only one proton heavier that Uranium and is actually produced from the bombardment of neutrons against Uranium. Is it conceivable that all that time they never found it in nature until they were actually able to produce it?

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So far, essentially all the transuranium elements have been produced at three laboratories

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Those that can be found on Earth now are artificially generated synthetic elements, via nuclear reactors or particle accelerators.

flip wrote:They didn't find it for 150 years until they were able to produce it. Gimme a break dude, if you can make the ★■◆● surely you have the ability before hand to detect it.

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So far, essentially all the transuranium elements have been produced at three laboratories

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Those that can be found on Earth now are artificially generated synthetic elements, via nuclear reactors or particle accelerators.

flip wrote:What you seem to be willingly ignoring is that they had the ability to identify Uranium in 1789.

It was the first transuranium element produced synthetically and the first actinide series transuranium element discovered.

flip wrote:This is getting boring.

It was the first transuranium element produced synthetically and the first actinide series transuranium element discovered.