Condensation into ground state in binary string models

TL;DR

This paper investigates how binary string models with strong interactions tend to condense into their ground state at low temperatures, contrasting with non-interacting models that gradually do so.

Contribution

It introduces a strong-interaction binary string model demonstrating enhanced ground state condensation, advancing understanding of phase transitions in such systems.

Findings

Strong-interaction model shows abrupt condensation below a critical temperature.

Non-interaction model exhibits gradual ground state accumulation.

Enhanced condensation indicates a phase transition in the interacting model.

Abstract

The ensemble of binary strings defined via strong-interaction model exhibits enhanced condensation (collapse) into ground state below certain temperature. The non-interaction model shows gradual accumulation into ground state as temperature approaches zero