Statistical mechanics and the weather

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SUMMARY

This discussion focuses on the application of statistical mechanics to meteorological phenomena, specifically tornado formation and climate studies. Participants recommend resources such as F. W. Taylor's "Elementary Climate Physics" for understanding climate dynamics. Additionally, Moore's texts from the 1980s are mentioned as foundational materials for those revisiting physical chemistry concepts related to statistical mechanics. The conversation highlights the importance of understanding negentropy and free energy in the context of atmospheric phenomena.

PREREQUISITES
  • Understanding of statistical mechanics principles
  • Familiarity with physical chemistry concepts
  • Knowledge of climate physics
  • Basic grasp of thermodynamics and energy transformations
NEXT STEPS
  • Research "Statistical Mechanics in Meteorology" for advanced applications
  • Study "Elementary Climate Physics" by F. W. Taylor for foundational climate concepts
  • Explore the role of negentropy in atmospheric systems
  • Investigate the thermodynamic principles behind tornado formation
USEFUL FOR

Students of meteorology, researchers in climate science, and anyone interested in the intersection of statistical mechanics and atmospheric phenomena.

jbowers9
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Hi all.
Where can I find some good introductory sources teaching the use of statistical mechanics to study things like tornado formation or climate in general? I took P. Chem., a while ago now but I'm reviewing the material independently. We used one of Moore's texts, 80's - ish, and in it he discussed a reaction in vitro that formed a swirling ringed structure, negentropic, at the expense of free energy. Just curious folks. That's a good thing. I think.
 
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