We attempt to construct a (two-dimensional) statistical mechanics description of the scenario
in which the experiment in [T. Westphal et al., Nature 591, 225 (2021)] was made. It includes …

In this paper, our focus is to discuss galaxy clustering in an accelerated universe through
different approaches, viz., the extended structure of galaxies, the halo approximation, in …

We studied galaxy clustering in the light of a modified theory of gravity motivated by a
logarithmic correction term. We solved the problem of divergence of the configurational …

The purpose of this paper is to study the main thermodynamic functions for two-dimensional
gravity and three-dimensional one. The cases treated here refer to extended mass located at …

In this review paper, we recall, in a unifying manner, our recent results concerning the Lie
symmetries of nonlinear Fokker-Plank equations, associated to the (weighted) Tsallis and …

This paper investigates the thermodynamic properties of strongly interacting gravitational
systems. By deriving the partition function for such systems, the authors obtain expressions …

We consider a model for galaxies with halo advanced by Tohline. With it we discuss galaxy
clusters withinthe strictures of Gibbs' ensembles in statistical mechanics. We consider (1) the …

We present a novel perspective on the Schwarzschild black hole solution, a cornerstone of
general relativity, by employing a distributional approach. The conventional solution is …

We consider a model for galaxies with halo advanced by Tohline. With it we discuss galaxy
clusters within the strictures of Gibbs' ensembles in statistical mechanics. We consider (1) …

Gravity and dark matter in 2+ 1 dimensions have been a focus of attraction in recent years.
2+ 1 dimensional quantum gravity may provide a testing ground for understanding the role …