Naturally occurring elements yet to be discovered?

In summary, the conversation discusses the possibility of discovering elements with atomic numbers higher than 118 in nature. It is possible, but unlikely without redefining neutron stars. This is because the "islands of stability" where these elements could exist have already had ample time to be discovered or occur.
  • #1
GiantSheeps
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So I know that all the elements above 92 on the periodic table do not occur naturally, does that mean that we've discovered all the naturally occurring elements? Is it possible that there can be elements with a higher atomic number than 118 that we just haven't discovered yet in nature?
 
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  • #2
"Possible?" Yes.
Likely? Without redefinition of neutron stars ---- no.
 
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  • #3
Bystander said:
"Possible?" Yes.
Likely? Without redefinition of neutron stars ---- no.
Oh haha you mean like neutronium?

Why is it unlikely?
 
  • #4
The "islands of stability" have all had ample time to be discovered/occur. (13-14 Ga last time I looked --- vs. 1/2 lives of how many seconds?)
 
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FAQ: Naturally occurring elements yet to be discovered?

1. What are naturally occurring elements yet to be discovered?

Naturally occurring elements yet to be discovered are elements that have not yet been identified or named by scientists. They are believed to exist in nature based on scientific theories and observations, but have not been officially recognized as elements.

2. How are scientists searching for these elements?

Scientists use various methods to search for naturally occurring elements yet to be discovered. These include analyzing data from particle accelerators, studying the properties of known elements, and examining the composition of meteorites and other celestial bodies.

3. Why are these elements important?

These elements are important because they provide insight into the natural world and can potentially have a wide range of applications in technology and industry. The discovery of new elements can also expand our understanding of the universe and the fundamental building blocks of matter.

4. Are there any potential risks associated with discovering new elements?

There are potential risks associated with discovering new elements, as they may have unknown properties and potential hazards. Scientists must carefully study and test these elements before determining their safety and potential uses.

5. How long does it typically take to discover a new element?

The process of discovering a new element can take many years, and even decades. It involves a combination of theoretical predictions, experimental data, and extensive testing and confirmation by multiple teams of scientists. The discovery of new elements is a complex and challenging process that requires a lot of time and resources.

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