Anisotropic J\"uttner (relativistic Boltzmann) distribution
R. A. Treumann, W. Baumjohann
TL;DR
This paper introduces an anisotropic version of the Jüttner distribution, a relativistic Boltzmann distribution, providing a covariant form suitable for systems with anisotropic pressure or temperature tensors.
Contribution
It derives a manifestly covariant anisotropic Jüttner distribution from its scalar property, extending the relativistic Boltzmann framework.
Findings
Provides a covariant form for anisotropic relativistic distributions
Enables modeling of systems with anisotropic pressure or temperature tensors
Extends the applicability of the Jüttner distribution to anisotropic scenarios
Abstract
The J\"uttner (covariant Boltzmann) distribution is provided for anisotropic pressure (or temperature) tensors. Its manifestly covariant form follows from its scalar property.
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