What Is the Atomic Equivalent of the Wood-Saxon Potential?

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SUMMARY

The Wood-Saxon potential is primarily utilized in nuclear physics to describe the nucleus. In the context of atomic physics, there is no direct analogue for a single atom, as a single atom does not possess a potential in isolation. However, for the electrons in an atom, quantum defect theory serves as a relevant concept, providing insights into the behavior of atomic potentials.

PREREQUISITES
  • Understanding of the Wood-Saxon potential in nuclear physics
  • Familiarity with atomic structure and electron behavior
  • Knowledge of quantum defect theory
  • Basic concepts of molecular potentials, such as Morse and Lennard-Jones
NEXT STEPS
  • Research quantum defect theory in detail
  • Explore the implications of the Wood-Saxon potential in nuclear models
  • Study atomic potentials and their applications in quantum mechanics
  • Investigate the differences between molecular and atomic potentials
USEFUL FOR

Physicists, particularly those specializing in atomic and nuclear physics, as well as students seeking to understand the relationship between atomic potentials and nuclear models.

BRN
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Hi at all!
This is not a homework or simila, so I'm sorry if I post my question in a wrong section, but I do not know where to post it.

In the nuclear case, the Wood-Saxon potential is the main empirical potential used to describe the nucleus.
What would be the analogue in the atomic case?
The potentials of Morse and Lennard-Jons are related to the molecules, I would need one relative to the single atom.

Thanks!
 
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I'm not sure what you are after. A single atom doesn't have a potential. Are you looking for a potential for the electrons in an atom?

If it is the latter you are after, the closest thing I can think of would be something like quantum defect theory.
 

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