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Cross-phase modulation radiation between soliton and four-wave mixing states: publisher’s note

Xinyu Wang, Xinyu Wang, Xiao Yu +1 more

This publisher's note contains a correction to Opt. Lett.51, 4392 (2026)10.1364/OL.608546.

Optics LettersSep 11, 20260 citations

Publisher's Note: Ground-state selection as a four-wave-mixing process [Phys. Rev. A73, 063811 (2006)]

Assaf Avidan, Yoav Lahini, Daniel Mandelik +1 more

Physical Review AJun 20, 20060 citations

Correlation in photon pairs generated using four-wave mixing in a cold atomic ensemble

Andrew R. Ferdinand, Alejandro Manjavacas, F. E. Becerra

Bulletin of the American Physical SocietyJun 8, 20170 citations

Complementarity of which-path information in induced and stimulated coherences via four-wave mixing process from warm Rb atomic ensemble

Danbi Kim, Jiho Park, Changhoon Baek +2 more

Complementarity, a fundamental tenet of quantum optics, is indispensable for elucidating the fundamental principles of quantum physics and advancing quantum information processing applications. In the context of wave–particle duality, induced-coherence experiments were understood through the lens of which-path information. Conversely, the stimulated-coherence experiments were explained by using the indistinguishability of the photon statistics of conjugate photons as a means of realizing complementarity. Here, we report a systematic approach for establishing a complementary relationship between the interference visibility, concurrence, and predictability in the crossing of induced and stimulated coherences of two-mode squeezed coherent states. This is achieved using a double-path interferometer involving two independent four-wave mixing (FWM) atomic samples generated via spontaneous and stimulated FWM processes from a warm atomic ensemble of 87 Rb. We demonstrate that the transition from quantum to classical behavior can be characterized by the induced coherence effect, distinguishing between the two-mode squeezed vacuum and coherent states. Moreover, our experimental scheme, employing two FWM atomic ensembles with long-coherent photons, provides valuable insights into the complementarity of which-path information in induced and stimulated coherences.Complementarity, a fundamental tenet of quantum optics, is indispensable for elucidating the fundamental principles of quantum physics and advancing quantum information processing applications. In the context of wave–particle duality, induced-coherence experiments were understood through the lens of which-path information. Conversely, the stimulated-coherence experiments were explained by using the indistinguishability of the photon statistics of conjugate photons as a means of realizing complementarity. Here, we report a systematic approach for establishing a complementary relationship between the interference visibility, concurrence, and predictability in the crossing of induced and stimulated coherences of two-mode squeezed coherent states. This is achieved using a double-path interferometer involving two independent four-wave mixing (FWM) atomic samples generated via spontaneous and stimulated FWM processes from a warm atomic ensemble of 87 Rb. We demonstrate that the transition from quantum to classical behavior can be characterized by the induced coherence effect, distinguishing between the two-mode squeezed vacuum and coherent states. Moreover, our experimental scheme, employing two FWM atomic ensembles with long-coherent photons, provides valuable insights into the complementarity of which-path information in induced and stimulated coherences.

Optica QuantumJul 17, 20244 citations

Complementarity of which-path information in induced and stimulated coherences via four-wave mixing process from warm Rb atomic ensemble

Danbi Kim, Jiho Park, Baek, Changhoon +2 more

We report a systematic approach for establishing a complementary relationship between the interference visibility, concurrence, and predictability in the crossing of induced and stimulated coherences of two-mode squeezed coherent states. This is achieved using a double-path interferometer involving two independent four-wave mixing (FWM) atomic samples generated via spontaneous and stimulated FWM processes from a warm atomic ensemble of 87Rb. We demonstrate that the transition from quantum to classical behavior can be characterized by the induced coherence effect, distinguishing between the two-mode squeezed vacuum and coherent states. Moreover, our experimental scheme, employing two FWM atomic ensembles with long-coherent photons, provides valuable insights into the complementarity of which-path information in induced and stimulated coherences.We report a systematic approach for establishing a complementary relationship between the interference visibility, concurrence, and predictability in the crossing of induced and stimulated coherences of two-mode squeezed coherent states. This is achieved using a double-path interferometer involving two independent four-wave mixing (FWM) atomic samples generated via spontaneous and stimulated FWM processes from a warm atomic ensemble of 87Rb. We demonstrate that the transition from quantum to classical behavior can be characterized by the induced coherence effect, distinguishing between the two-mode squeezed vacuum and coherent states. Moreover, our experimental scheme, employing two FWM atomic ensembles with long-coherent photons, provides valuable insights into the complementarity of which-path information in induced and stimulated coherences.

arXiv:2403.08395Mar 13, 20240 citations

Analytical study of four-wave mixing with large atomic coherence

E.A. Korsunsky, Thomas Halfmann, J.P. Marangos +1 more

arXiv:quant-ph/0209161The European Physical Journal DApr 1, 200323 citations

Complementarity of which-path information in induced and stimulated coherences via four-wave mixing process from warm Rb atomic ensemble: publisher’s note

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Complementarity of which-path information in induced and stimulated coherences via four-wave mixing process from warm Rb atomic ensemble: publisher’s note

Abstract

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