Excite Inner Shell Electrons: Can It Be Done?

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SUMMARY

Exciting inner shell electrons to a higher energy state is indeed possible through core-level photoemissions and Auger spectroscopy. The rarity of these transitions is explained by the Fermi Golden Rule, which indicates that the probability of such transitions is determined by a matrix element divided by the energy difference. Selection rules for atomic transitions do not prohibit these processes, allowing for their occurrence under specific conditions.

PREREQUISITES
  • Understanding of core-level photoemissions
  • Familiarity with Auger spectroscopy techniques
  • Knowledge of the Fermi Golden Rule in quantum mechanics
  • Basic grasp of atomic transition selection rules
NEXT STEPS
  • Research core-level photoemission techniques in detail
  • Study Auger spectroscopy applications and methodologies
  • Explore the implications of the Fermi Golden Rule in atomic physics
  • Investigate atomic transition selection rules and their exceptions
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Physicists, materials scientists, and researchers in atomic and quantum mechanics who are interested in electron excitation phenomena and their applications in spectroscopy.

so-crates
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Is it possible to excite the inner shell electrons to higher energy state? If not, why not? I'm aware of selection rules for atomic transitions and haven't come across anything that would indicate that those transitionss are forbidden
 
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so-crates said:
Is it possible to excite the inner shell electrons to higher energy state? If not, why not? I'm aware of selection rules for atomic transitions and haven't come across anything that would indicate that those transitionss are forbidden

Yes, it is. Core-level photoemissions do just that. Same with Auger spectroscopy.

Zz.
 
The reason why they are "rare" comes directly from the Fermi Golden Rule. The probability of the transition goes like a matrix element divided by the difference in energies.
 

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