Relativity and Cosmology

    

Relativistic Thermodynamics Transformations According to Inverse Relativity

Authors: Michael Girgis

inverse relativity as a new physical model is combined with thermodynamics to obtain relativistic transformations of thermodynamic variables such as volume, pressure and temperature, from the modified Lorentz transformations of space coordinates in inverse relativity, we get one transformation of volume, and from the energy transformations in inverse relativity, we get only one temperature transformation, and through transformations of the volume and temperature of the gas, we also get only one transformation of the pressure of the gas, and thus we have one model for relativistic thermodynamics, which is what special relativity failed in, the single model also includes how to solve relativistic thermodynamics problems resulting from special relativity, this shows us the superiority of inverse relativity over special relativity in application.

Comments: 11 Pages.

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[v1] 2022-11-25 15:20:26

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