Generating correlated (2+1)-photon in an active Raman gain medium
Chun-Hua Yuan, Cui-Ping Lu, Weiping Zhang, and L. Deng
TL;DR
This paper presents a novel scheme for generating controllable (2+1) photon states using active Raman gain in a double-Λ atomic system, offering advantages over existing methods for correlated photon pair production.
Contribution
The paper introduces a new active Raman gain-based scheme for generating correlated (2+1) photons with controllability and improved efficiency.
Findings
Potential for generating triggerable correlated photon pairs
Advantages over existing photon pair generation schemes
Utilizes stimulated Raman process for photon control
Abstract
A scheme of generating controllable (2+1) photons in a double- atomic system based on active-Raman-gain is presented in this paper. Such (2+1) photons can be a potential candidate to generate a correlated photon pair as the photon `1' acts as a trigger. Compared to other schemes of generating correlated photon pairs, our scheme exhibits a number of advantages due to the exploit of the stimulated Raman process.
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