Are Strings Thermostrings?

TL;DR

This paper introduces a geometric approach to thermostring quantization, representing finite-temperature particle evolution as closed strings in a space-time-temperature manifold, offering new interpretations of superstrings and heterotic strings.

Contribution

It presents a novel geometric method for thermostring quantization, linking thermal particle paths to string theory concepts at Planck temperature.

Findings

Thermal paths of particles are represented as closed strings.

Provides a new physical interpretation of superstrings and heterotic strings.

Enables a geometric understanding of finite-temperature string dynamics.

Abstract

In the method of thermostring quantization the time evolution of point particles at finite temperature kT is described in a geometric manner. The temperature paths of particles are represented as closed (thermo)strings, which are swept surfaces in space-time-temperature manifold. The method makes it possible a new physical interpretation of superstrings IIA and heterotic strings as point particles in a thermal bath with Planck temperature.