Are Electron Orbitals Static or Dynamic?

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SUMMARY

The discussion centers on the nature of electron orbitals in relation to their nucleus, specifically whether they are static or dynamic. Participants argue that electron orbitals are not fixed but rather exhibit dynamic behavior, akin to being attached to a free axis rather than being nailed directly to the nucleus. The conversation highlights the importance of understanding the relative spins between nuclear and orbital wave functions, which can remain fixed while other degrees of freedom are not constrained.

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  • Quantum mechanics fundamentals
  • Understanding of electron orbitals and energy levels
  • Familiarity with wave functions
  • Knowledge of atomic structure
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  • Research the dynamics of electron orbitals in quantum mechanics
  • Explore the concept of wave function interactions
  • Study the implications of orbital shapes on chemical bonding
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Ryan Reed
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Do the orbitals of electrons change positions within their energy level relative to the nucleus or are they statically "attached" to the nucleus? To try and put this into perspective, would the orbitals of the electrons be like nailing a balloon(orbital) straight to the ball(nucleus) or nailing it to a free axis attached to the ball? Or would it be neither?
 
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I think there's a free axis. The relative spins between the nuclear and orbital wave functions can be fixed, but the other degrees of freedom are not constrained.
 

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