Thermostring Quantization. An Interpretation of Strings as Particles at a Finite Temperature

TL;DR

This paper introduces the concept of a thermostring, representing a particle's temperature path as a string, with implications for statistical mechanics and string theory.

Contribution

It proposes a novel interpretation of strings as particles at finite temperature, linking thermodynamics with string theory through the thermostring model.

Findings

Thermostring is a closed string representing temperature evolution.

Rearrangement of points along the thermostring affects charge distribution.

Implications for statistical mechanics and string theories are discussed.

Abstract

An instantaneous temperature path of a point particle in the space - temperature manifold can be represented as a string of length L=1/kT (thermostring). The thermostring swepts a surface in the space-time-temperature manyfold at its temporal evolution. The thermostring is closed, its points can be rearranged and the charge is distributed along the length. Some consequences of this method for statistical mechanics and string theories are discussed.