CV Entanglement Analysis in the Superposition of Subharmonic and Second Harmonic Generation of Light with Injected Squeezed Laser Beams
CV, entanglement, Q function, squeezing
Abstract
In this article, we have analyzed the squeezing and statistical properties of the light generated by the superposition of second harmonic light and degenerate three level squeezed laser beams. We have found that the mean photon number of the superposed light beams to be the sum of the mean photon number of that of the constituent light beams. However, the photon number variance of the superposed light beams does not happen to be the sum of the photon number variances of the separate light beams. On the other hand, the quadrature variance of the superposed light beams is the sum of the individual light beams. Furthermore, we have observed that the degree of squeezing for the superposed light beams is the average of the segregate light beams and the degree of squeezing is approximately 53.95% below the coherent state level. Even though, we have verified that the superposition of subharmonic and second harmonic light with injected degenerate three-level laser beams he haves squeezing, we do not show continuous variable entanglement. But, the absence of the laser beam in the superposition state give rise entangled photons.
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References
P Franken, A Hill, C Peters, G Weinreich (1961) Generation of Optical Harmonics. 7(4), 118-119.
Robert Boyd (1992) Nonlinear Optics in the Two-Level Approximation. 191-239.
D Walls, G Milburn (1994) Quantum Phenomena in Simple Systems in Nonlinear Optics. 3, 73-90.
M Scully, K Wodkienicz, M Zubairy, J Bergou, N Lu, J Meyer Ter Vehn (1988) Unknown Title. 60, 1832.
Y Shen (1984) The Principle of Nonlinear Optics.
M Kolobov (2006) Quantum Imaging. 5(3), 576.
T Heinz (1982) Unknown Title. 48(7), 47881.
Fesseha Kassahun (2008) Fundamentals of Quantum Optics.
Marlan Scully, M Zubairy (1988) Noise free amplification via the two-photon correlated spontaneous emission laser. 66(5-6), 303-306.
Alebachew Fesseha (2006) Unknown Title. 265, 314-321.
G Solomon, Bekele (2014) Unknown Title. 5, 1473-1482.
Solomon Getahun (2014) Unknown Title. 14, 11-25.
F Kassahun (2014) Refined Quantum Analysis of Light Create space.
M Scully, M Zubairy (1997) Quantum Optics. 60-66.
Pierre Meystre, Murray Sargent (1997) Elements of Quantum Optics.
S Barnett, P Radmore (1997) Methods in Theoretical Quantum Optics.
Vogelw, D Welsch (2000) Quantum Optics. 520.
M Collett, C Gardiner (1984) Squeezing of intracavity and traveling-wave light fields produced in parametric amplification. 30(3), 1386-1391.
U Leonhardt (1997) Measuring the Quantum Analysis of Light.
C Saaverda, J Retamal, C Keitel (1997) Unknown Title. 55, 3802.
M Martinez, P Herczfeld, C Samuels, L Narducci, C Keitel (1997) Quantum interference effects in spontaneous atomic emission: Dependence of the resonance fluorescence spectrum on the phase of the driving field. 55(6), 4483-4491.
Y Zhu (1997) Unknown Title. 55, 4568.
N Ansari, J Banacloche, M Zubairy (1990) Unknown Title. 41, 5179.
S An, M Sargent (1989) Unknown Title. 39, 1841.
Han Xiong, Marlan Scully, M Zubairy (2005) Correlated Spontaneous Emission Laser as an Entanglement Amplifier. 94(2), 23601.
N Ansari (1992) Unknown Title. 46, 1560.
Javed Anwar, M Zubairy (1994) Quantum-statistical properties of noise in a phase-sensitive linear amplifier. 49(1), 481-484.
N Ansari (1993) Unknown Title. 48, 4686.
K Fesseha (2001) Unknown Title. 63, 33811.
Genta Masada, Kazunori Miyata, Alberto Politi, Toshikazu Hashimoto, Jeremy Brien, Akira Furusawa (2015) Unknown Title. 9, 316-319.
A Einstein, B Podolsky, Rosen (1937) Unknown Title. 47, 777.
Lu-Ming Duan, G Giedke, J Cirac, P Zoller (2000) Inseparability Criterion for Continuous Variable Systems. 84(12), 2722-2725.
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2017-10-27
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