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In this work, we attempt to investigate the effect of minimal length on the thermodynamic properties of a polarized ideal gas. The modified electric field in three spatial dimensions based… Click to show full abstract
In this work, we attempt to investigate the effect of minimal length on the thermodynamic properties of a polarized ideal gas. The modified electric field in three spatial dimensions based on the Kempf algebra is obtained. The modifications of the thermodynamic parameters of the polarized ideal gas such as the mean energy and entropy are found. Also, we obtain the polarization and dielectric constant in the presence of a minimal length. By considering the values of experimental characteristics, the upper bound on the deformation parameter is estimated.
Journal Title: General Relativity and Gravitation
Year Published: 2017
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