Self-Energy-Induced Temperature Generation in Finite-Temperature Nonequilibrium Parastatistics

This work is a conceptual extension of our previous study:J. Iizuka and Y. Ueoka,Distribution Functions of Finite-Temperature Ideal Gases Described by Parastatistics and Analysis Using the Two-Point Summation Method,Zenodo (2026), DOI: 10.5281/zenodo.18445971.In the previous work, finite-temperature effects were represented through a statistical parameter q(μ/T).In the present work, we explore the possibility that self-energy corrections may be reinterpreted as effective temperature generation within the same framework.This paper should be regarded as a conceptual proposal and a preliminary investigation.