Treating a galaxy as a quantum system

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SUMMARY

This discussion centers on the concept of assigning a wave function to an entire galaxy and its implications for understanding galactic mass distribution and spin anomalies. The consensus is that this approach does not provide a viable explanation for the observed phenomena in galactic dynamics. Participants express confusion over the topic, indicating that it remains a challenging area of study within astrophysics.

PREREQUISITES
  • Understanding of quantum mechanics principles
  • Familiarity with astrophysical concepts, particularly galactic dynamics
  • Knowledge of wave functions in quantum theory
  • Basic grasp of anomalies in astrophysical calculations
NEXT STEPS
  • Research the role of wave functions in quantum mechanics
  • Explore the current theories on galactic spin and mass distribution
  • Investigate the implications of quantum mechanics on large-scale structures in the universe
  • Study recent papers on anomalies in galactic dynamics and their resolutions
USEFUL FOR

Astronomers, physicists, and students of astrophysics seeking to deepen their understanding of the intersection between quantum mechanics and galactic phenomena.

chesleyadams
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If a wave function could be assigned to a whole galaxy, would its mass spread along the wave? Could this account for the anomalies in our calculations for galactic spin?
 
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No and no.
 
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Hah, cool, was just wondering. So much of this doesn't make sense to me, but as I read about it, it doesn't seem to make sense to anybody else either. At least we keep trying.
 
Mentors' note: Some speculative and off-topic posts have been removed from this thread.
 
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