Radiation Vectors: Wave Direction After Electron Energy Shift?

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    Radiation Vectors
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SUMMARY

The discussion centers on the emission of photons by atoms following electron energy level transitions. It is established that the resultant wave does not dissipate uniformly in all directions; instead, it exhibits a directional characteristic influenced by the specific energy levels involved in the transition. The emitted wave typically takes on a "dipole" shape, which is a crucial concept in understanding photon emission. This phenomenon highlights the importance of wave mechanics in atomic physics.

PREREQUISITES
  • Understanding of photon emission and atomic structure
  • Familiarity with wave mechanics and dipole radiation
  • Knowledge of electron energy levels and transitions
  • Basic grasp of electromagnetic radiation principles
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  • Study dipole radiation and its mathematical representation
  • Explore the principles of quantum mechanics related to electron transitions
  • Learn about the electromagnetic spectrum and wave propagation
  • Investigate experimental methods for observing photon emission patterns
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Students of physics, researchers in quantum mechanics, and anyone interested in the principles of photon emission and wave behavior in atomic systems.

jacassidy2
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Hi, When a photon is emitted by an atom that has had an electron move energy levels, does the resultant wave dissipate 360 degrees in 3d or have a direction based on the movement of the electron. I'm thinking that my question reflects a lack of understanding of waves and forces.
 
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Txs for the direction, Duck. I perused the link and recognized that I have a lot of study to accomplish before I can ask better question. If you have a summary explanation, please post it. Txs
 

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