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GENERATION AND APPLICATION OF SQUEEZED STATE LIGHT SUB-SHOT-NOISE-LIMIT OPTICAL MEASUREMENT AND QUANTUM INFORMATION

Kun Cheng Peng

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Abstract

Squeezed state light is a nonclassical optical field which has extensive potential applications in optical measurement with high sensitivity exceeding the standard quantum limit as well as in optical communications and quantum information with extremely low noise. This has given birth to cross-disciplines of physics and information science. An overview is presented of the generation of squeezed state light fields and their important applications in sub-shot-noise-limit optical measurement and quantum information research.

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What this paper is about

Squeezed state light is a nonclassical optical field which has extensive potential applications in optical measurement with high sensitivity exceeding the standard quantum limit as well as in optical communications and quantum information with extremely low noise. This has given birth to cross-disciplines of physics and information science. An overview is presented of the generation of squeezed state light fields and their important applications in sub-shot-noise-limit optical measurement and quantum information research.

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Available abstract

Squeezed state light is a nonclassical optical field which has extensive potential applications in optical measurement with high sensitivity exceeding the standard quantum limit as well as in optical communications and quantum information with extremely low noise. This has given birth to cross-disciplines of physics and information science. An overview is presented of the generation of squeezed state light fields and their important applications in sub-shot-noise-limit optical measurement and quantum information research.

Key concepts: Quantum limit, Squeezed coherent state, Physics, Nonclassical light, Quantum noise, Shot noise, Quantum metrology, Quantum imaging

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GENERATION AND APPLICATION OF SQUEEZED STATE LIGHT SUB-SHOT-NOISE-LIMIT OPTICAL MEASUREMENT AND QUANTUM INFORMATION — Research Paper | ScholarLens