Momentum-space calculation of four-boson recombination
A. Deltuva
TL;DR
This paper uses momentum-space integral equations to analyze four-boson systems with large scattering length, focusing on Efimov trimer creation and universal recombination rate behavior in ultracold conditions.
Contribution
It introduces a momentum-space approach to calculate four-boson recombination, revealing universal behaviors and Efimov trimer formation in ultracold gases.
Findings
Universal recombination rate behavior demonstrated
Efimov trimers created via four-boson recombination
Momentum-space integral equations effectively describe the system
Abstract
The system of four identical bosons with large two-boson scattering length is described using momentum-space integral equations for the four-particle transition operators. The creation of Efimov trimers via ultracold four-boson recombination is studied. The universal behavior of the recombination rate is demonstrated.
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