Atoms: Do They Die & Where Does It Lead?

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SUMMARY

The discussion centers on the nature of atoms and their transformations, emphasizing that atoms do not "die" in a conventional sense. Instead, they can bond with other atoms to form molecules, undergo nuclear decay, or participate in nuclear fusion under extreme conditions, such as in stars. The concept of proton decay is mentioned as hypothetical and unobserved. Additionally, the existence of antimatter, which consists of particles with opposite charges, is affirmed as a reality that has been observed in scientific experiments.

PREREQUISITES
  • Understanding of Quantum Mechanics principles
  • Knowledge of atomic structure and subatomic particles
  • Familiarity with nuclear decay processes
  • Basic concepts of nuclear fusion and antimatter
NEXT STEPS
  • Research Quantum Mechanics and its implications on atomic behavior
  • Study nuclear decay types and their effects on atomic structure
  • Explore the processes and conditions of nuclear fusion in stars
  • Investigate the properties and applications of antimatter in modern physics
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Students of physics, researchers in atomic science, and anyone interested in the fundamental properties of matter and energy transformations.

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do they just gon spinning? where does it all lead up to? entropy? or someyhing else?
 
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What do you mean by "die?"

There's no reason for them to split apart at all, they should remain in their current state. Electrons, due to the nature of Quantum Mechanics, should remain in their respective orbits, and the nucleus should stay bound, unless exposed to extreme conditions, such as the core of a star, where they fuse together.

Some radioactive isotopes decay into different kinds of atoms, too.
 
there's something call proton decay, but it is currently hypothetical and has never been observed
 
Atoms cannot "die" in the normal sense. However I expect you already knew this but didn't know how to word the question. So, what CAN happen to the atom? The most common thing is that it bonds with another atom, or several, to form a molecule by sharing, borrowing, or giving up electrons. Since electrons are considered part of the atom, it isn't the same as it used to be. We also have nuclear decay, where particles in the nucleus are transformed into other particles, ejected completely out, or the nucleus splits into large pieces, with each piece forming a new atom of a different element. Finally there is nuclear fusion where the nuclei of two atoms fuses together to form another one of a different element.
 
Atoms are matter, and made of subatomic particles.

Anti-matter composed of particles of opposite charge is considered possible.

Adding matter to anti-matter would convert the matter (and equivalent anti-matter) to energy.
 
Yngvi said:
Anti-matter composed of particles of opposite charge is considered possible.

Not only is it considered possible, it has been observed. We make antimatter and observe it all the time.
 

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