Do Helium Atoms Decay in Complete Isolation?

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In summary, if one kilogram of Helium is placed in a nonpermeable box in the void of space with no other interactions, the atoms will not decay and will last until the end of the universe.
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Thought experiment: If we had one kilogram of Helium in a nonpermeable box in the middle of the void between sol and our nearest Stellar neighbor and we left it there with no other interractions (all other things being equal) what happens to those electrons protons and neutrons ASSUMING no high energy particle interactions?
Will those atoms last until the end of the universe or will they... Decay?
 
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waitshift said:
Thought experiment: If we had one kilogram of Helium in a nonpermeable box in the middle of the void between sol and our nearest Stellar neighbor and we left it there with no other interractions (all other things being equal) what happens to those electrons protons and neutrons ASSUMING no high energy particle interactions?
Will those atoms last until the end of the universe or will they... Decay?
As far as we know, the helium atoms will remain stable forever.
 
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Related to Do Helium Atoms Decay in Complete Isolation?

1. What are truly isolated particles?

Truly isolated particles refer to particles that are completely separated from any external influence or interaction. This means that they are not affected by any outside forces, such as gravity or electromagnetic fields.

2. How are truly isolated particles created?

Truly isolated particles are typically created in laboratory settings using specialized equipment such as particle accelerators or ion traps. These devices are designed to keep the particles within a controlled environment, free from any external interference.

3. What is the significance of studying truly isolated particles?

Studying truly isolated particles can provide valuable insights into the fundamental laws of physics and the behavior of matter at a microscopic level. It can also aid in the development of new technologies, such as quantum computers and advanced materials.

4. Are truly isolated particles ever found in nature?

While it is extremely difficult to isolate particles in natural environments, there have been some instances where truly isolated particles have been observed. For example, cosmic rays can produce isolated particles in the upper atmosphere, and certain types of crystals can also contain isolated particles.

5. Are there any potential applications for truly isolated particles?

Yes, there are many potential applications for truly isolated particles, particularly in the field of quantum computing. These particles can also be used to study the properties of matter and to develop new materials with unique properties.

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