Quantum Physics and Atomic Physics

So, atomic physics can be seen as a specific branch of quantum physics that focuses on the behavior and properties of atoms, which are small objects that are ubiquitous in our daily life. This distinction is important because quantum physics governs the interactions of all things, but it is most evident in the behavior of small objects like atoms. If you are interested in learning more about the relationship between atomic physics and quantum mechanics, the article "Rescuing Quantum Mechanics from Atomic Physics" by EF Taylor (2002) provides a detailed and potentially interesting explanation. In summary, atomic physics is a specific branch of quantum physics that studies the behavior and properties of atoms, which are small objects that are abundant in our world.
  • #1
Vectronix
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TL;DR Summary
What’s the difference?
I think Atomic physics gets into specific examples and experiments but I think I’m probably wrong. So, I have to ask, what is atomic physics and how is it different than quantum physics?
 
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  • #2
Quantum Physics (probably) governs the interaction of all things but is most evident for small objects. Atoms are small objects ubiquitous to us.
 
  • #4
Quantum mechanics was originally developed to understand the structure of atoms, hence historically was also called atomic physics. QM has now evolved beyond considering only atoms, so atomic physics should be seen as a subtopic in the field of quantum mechanics.

Not that atoms play a very important role experimentally in testing many aspects of quantum mechanics.
 
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