On the Charged Bose Liquid
A.A. Shanenko (JINR, Dubna)
TL;DR
This paper discusses a novel approach for analyzing spatial correlations in charged Bose liquids at low temperatures, especially with Coulomb interactions, extending beyond weak coupling approximations.
Contribution
It introduces a new integro-differential equation method for studying boson correlations that is applicable beyond weak coupling regimes.
Findings
Effective in modeling Coulomb interactions in Bose liquids
Applicable at low temperatures with strong coupling
Provides insights into spatial correlation functions
Abstract
A new approach developed by A. Shanenko [Phys. Lett. A 227 (1997) 367] for investigating the spatial boson correlations at low temperatures is considered in the particular case of the Coulomb interaction potential. This approach is based on integro-differential equations for the radial distribution function and can be used beyond the weak coupling regime.
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