Generation of continuous variable quantum entanglement using a fiber optical parametric amplifier

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

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Keyphrases

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Entanglement Keyphrases
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Twin Beam Keyphrases
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Quadrature Amplitud... Keyphrases
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Fiber Optical Param... Keyphrases
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Continuous-variable... Keyphrases
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Noise Measurement Keyphrases
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Mode Matching Keyphrases
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Detection System Keyphrases
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Transmission Effici... Keyphrases
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Pulse Signal Keyphrases
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Idler Keyphrases
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Noise Variance Keyphrases
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Temporal Mode Keyphrases
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Homodyne Detection Keyphrases
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Shot Noise Limit Keyphrases
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Einstein-Podolsky-R... Keyphrases

INIS

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optical fibers INIS
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quantum entanglemen... INIS
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parametric amplifie... INIS
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efficiency INIS
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beams INIS
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amplitudes INIS
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quadratures INIS
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noise INIS
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detection INIS
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investigations INIS
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increasing INIS
25
transmission INIS
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corrections INIS
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signals INIS
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optimization INIS

Physics

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Amplitude Physics
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Optical Fiber Physics
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Quantum Entanglemen... Physics
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Increasing Physics
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Correction Physics
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Difference Physics
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Quality Physics
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Transmission Effici... Physics
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Detection System Physics

Engineering

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Continuous Variable Engineering
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Entanglement Engineering
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Optical Parametric ... Engineering
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Amplitude Engineering
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Efficiency Engineering
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Detection System Engineering
25
Shot Noise Engineering
25
Noise Variance Engineering
25
Homodyne Detection Engineering
Research OutputsResearch Output authored by Generation of continuous variable quantum entanglement using a fiber optical parametric amplifier is tagged with the concept