Diagnosing a two-body state of ultracold atoms with light
Rafa{\l} O{\l}dziejewski, Kazimierz Rz\k{a}\.zewski
TL;DR
This paper presents a microscopic model for diagnosing the two-body wave function of ultracold atoms via light absorption, highlighting how pulse duration influences photon absorption probabilities.
Contribution
It introduces a novel microscopic approach to analyze two-atom states using light absorption, emphasizing the role of pulse properties in the diagnosis process.
Findings
Pulse duration significantly affects photon absorption probabilities.
The model provides insights into atom-light interaction dynamics.
Light absorption can be used to diagnose two-body quantum states.
Abstract
An absorption of a weak pulse by two identical atoms moving in a trap is investigated. Based on atom-light interactions we present a microscopic model of a two-body wave function diagnosis. We study the influence of pulse properties on the results. We show that a pulse duration impact a resulting one-photon and two-photons absorption probabilities significantly.
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