2D dilute Bose mixture at low temperatures
Pavlo Konietin, Volodymyr Pastukhov
TL;DR
This paper investigates the thermodynamic and superfluid characteristics of a dilute 2D binary Bose mixture at low temperatures, focusing on long-range order emergence using Popov's path-integral method.
Contribution
It applies Popov's approach to analyze the properties and phase behavior of 2D binary Bose mixtures, highlighting the conditions for long-range order.
Findings
Identification of superfluid regimes in 2D Bose mixtures
Conditions for the emergence of long-range order
Quantitative analysis of thermodynamic properties
Abstract
The thermodynamic and superfluid properties of the dilute two-dimensional binary Bose mixture at low temperatures are discussed. We also considered the problem of the emergence of the long-range order in these systems. All calculations are performed by means of celebrated Popov's path-integral approach for the Bose gas with a short-range interparticle potential.
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