Laplace transform of the grand canonical partition function

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SUMMARY

The expression for pressure in the context of the grand canonical partition function is defined as p(T,μ) = T s^*(T,μ), where s^* represents the extreme right singularity in the Laplace transform. This formulation is particularly relevant in the infinite volume limit, as discussed in the seminal work by Lee and Yang, which explores the poles of the grand canonical partition function to establish fundamental properties of phase transitions. Understanding this relationship is crucial for researchers studying statistical mechanics and phase transitions.

PREREQUISITES
  • Understanding of grand canonical ensemble concepts
  • Familiarity with Laplace transforms in statistical mechanics
  • Knowledge of phase transitions and critical phenomena
  • Background in mathematical physics and singularity analysis
NEXT STEPS
  • Study the derivation of the pressure expression p(T,μ) in the context of grand canonical partition functions
  • Research the implications of the infinite volume limit on statistical mechanics
  • Examine the article by Lee and Yang on phase transitions for deeper insights
  • Explore advanced topics in singularity analysis related to partition functions
USEFUL FOR

Researchers in statistical mechanics, physicists studying phase transitions, and graduate students in mathematical physics will benefit from this discussion.

evilcman
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Does anyone recognize this expression for the pressure: [tex]p(T,\mu) = T s^*(T,\mu)[/tex]
where [tex]s^*[/tex] is the extreme right singularity in the Laplace transform of the grand canonical partion function. If someone knows this, I am curious in the derivation, and in what cases it is applicable. (In the publication where I found this, they use it in an infinite volume limit, but I don't know if that is important or not. )

Thanks in advance.
 
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There has been a very important article by Lee and Yang who consider the poles of the grand canonical partition function to prove some general properties of phase transitions:

@article{yang1952statistical,
title={{Statistical theory of equations of state and phase transitions. I. Theory of condensation}},
author={Yang, CN and Lee, TD},
journal={Physical Review},
volume={87},
number={3},
pages={404--409},
issn={0031-899X},
year={1952},
publisher={APS}
}
 

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