The Experts below are selected from a list of 81732 Experts worldwide ranked by ideXlab platform
Rosa Tualle-brouri - One of the best experts on this subject based on the ideXlab platform.
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Optical Cavity in Pulse Regime for Hybrid Variable Quantum Optics Applications (Orale)
2014Co-Authors: Bhaskar Kanseri, Jean Etesse, Rosa Tualle-brouriAbstract:We present the implementation of a synchronized pulse Optical Cavity for short term storage, and iterative addition of single photons for generating Fock states and Schrodinger cat states in hybrid variable quantum optics domain.
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Optical Cavity in Pulse Regime for Hybrid Variable Quantum Optics Applications
Photonics, 2014Co-Authors: Bhaskar Kanseri, Jean Etesse, Rosa Tualle-brouriAbstract:We present the implementation of a synchronized pulse Optical Cavity for short term storage, and iterative addition of single photons for generating Fock states and Schrodinger cat states in hybrid variable quantum optics domain.
Shenggang Liu - One of the best experts on this subject based on the ideXlab platform.
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Terahertz free electron superradiation from mimicking surface plasmons-two electron beams interaction within a 3-mirror quasi-Optical Cavity
Applied Physics Letters, 2013Co-Authors: Ya-xin Zhang, Yucong Zhou, L. Dong, Shenggang LiuAbstract:Interaction between mimicking surface plasmons and electron beams provides a good opportunity to develop terahertz (THz) radiation sources. In this paper, such an interaction in a special 3-mirror quasi-Optical Cavity is presented and explored. The 3-mirror quasi-Optical Cavity acts as a resonant tunable system, the resonance frequency of which can be tuned by adjusting the distance between mirrors. The study demonstrated THz free electron superradiation from the interaction of mimicking surface plasmons and two electron beams that formed a resonance within the structure, with the 3-mirror Cavity enhancing the intensity of superradiation. Moreover, this system can work in the high-harmonic superradiation region with relatively high efficiency and low current density. This concept thus shows the application potential for electron-beam-driven terahertz sources.
Bhaskar Kanseri - One of the best experts on this subject based on the ideXlab platform.
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Optical Cavity in Pulse Regime for Hybrid Variable Quantum Optics Applications (Orale)
2014Co-Authors: Bhaskar Kanseri, Jean Etesse, Rosa Tualle-brouriAbstract:We present the implementation of a synchronized pulse Optical Cavity for short term storage, and iterative addition of single photons for generating Fock states and Schrodinger cat states in hybrid variable quantum optics domain.
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Optical Cavity in Pulse Regime for Hybrid Variable Quantum Optics Applications
Photonics, 2014Co-Authors: Bhaskar Kanseri, Jean Etesse, Rosa Tualle-brouriAbstract:We present the implementation of a synchronized pulse Optical Cavity for short term storage, and iterative addition of single photons for generating Fock states and Schrodinger cat states in hybrid variable quantum optics domain.
Ya-xin Zhang - One of the best experts on this subject based on the ideXlab platform.
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Terahertz free electron superradiation from mimicking surface plasmons-two electron beams interaction within a 3-mirror quasi-Optical Cavity
Applied Physics Letters, 2013Co-Authors: Ya-xin Zhang, Yucong Zhou, L. Dong, Shenggang LiuAbstract:Interaction between mimicking surface plasmons and electron beams provides a good opportunity to develop terahertz (THz) radiation sources. In this paper, such an interaction in a special 3-mirror quasi-Optical Cavity is presented and explored. The 3-mirror quasi-Optical Cavity acts as a resonant tunable system, the resonance frequency of which can be tuned by adjusting the distance between mirrors. The study demonstrated THz free electron superradiation from the interaction of mimicking surface plasmons and two electron beams that formed a resonance within the structure, with the 3-mirror Cavity enhancing the intensity of superradiation. Moreover, this system can work in the high-harmonic superradiation region with relatively high efficiency and low current density. This concept thus shows the application potential for electron-beam-driven terahertz sources.
S. Leslie - One of the best experts on this subject based on the ideXlab platform.
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Transmission spectrum of an Optical Cavity containing N atoms
InternationalQuantum Electronics Conference 2004. (IQEC)., 2004Co-Authors: K.r. Brown, Neil Shenvi, S. Leslie, Birgitta K Whaley, Dan M. Stamper-kurnAbstract:The transmission spectrum of a high-finesse Optical Cavity containing an arbitrary number of trapped atoms is presented. These results have important ramifications in limiting our ability to determine the number of atoms in the Cavity
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Transmission spectrum of an Optical Cavity containing N atoms
Physical Review A, 2004Co-Authors: S. Leslie, K.r. Brown, Neil Shenvi, Dan M. Stamper-kurn, K. Birgitta WhaleyAbstract:The transmission spectrum of a high-finesse Optical Cavity containing an arbitrary number of trapped atoms is presented in the zero-temperature, low saturation limit. We take spatial and motional effects into account and show that in the limit of strong coupling, the important spectral features can be determined for an arbitrary number of atoms, N. We also show that these results have important ramifications in limiting our ability to determine the number of atoms in the Cavity.
