What Are Meta-Stable States in Atoms and Their Role in Lasing Action?

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SUMMARY

Meta-stable states in atoms are excited states of electrons that play a crucial role in lasing action. These states are not fully explained by Bohr's atomic model or Schrödinger's probabilistic orbits, indicating the need for a deeper understanding of quantum mechanics. The discussion highlights the significance of these states in the context of laser technology, emphasizing their importance in the excitation and emission processes involved in lasing.

PREREQUISITES
  • Quantum mechanics fundamentals
  • Understanding of atomic models, specifically Bohr's model
  • Familiarity with Schrödinger's wave equation
  • Basic principles of laser technology
NEXT STEPS
  • Research the role of excited states in quantum mechanics
  • Explore the differences between Bohr's model and Schrödinger's model
  • Study the principles of lasing action and laser operation
  • Investigate advanced topics in quantum states and their applications in technology
USEFUL FOR

Physicists, laser technology engineers, and students studying quantum mechanics who seek to understand the implications of meta-stable states in atomic behavior and lasing processes.

moatasim23
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Hey..!Its been a long time since I last posted..Any how I returned..
My question is about mEta stable states in atoms in Lasing Action.Wt actually these states are?And are they justifiable by Bohrs atomic model or Schrödinger Probabilistic orbits?If not then from where these additional states came?
 
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moatasim23 said:
Hey..!Its been a long time since I last posted..Any how I returned..
My question is about mEta stable states in atoms in Lasing Action.Wt actually these states are?And are they justifiable by Bohrs atomic model or Schrödinger Probabilistic orbits?If not then from where these additional states came?

They are excited states of the electrons - quantum mechanics presribes them.

http://en.wikipedia.org/wiki/Laser
 

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