A Quantum Mask Game: Using Squeezed Light to Perform Spatially Resolving Object Detection

Jeremy B. Clark,Z. Zhou,Quentin Glorieux,Neil Corzo-Trejo,Ryan T. Glasser,Alberto M. Marino,Ulrich Vogl,Paul D. Lett

A Quantum Mask Game: Using Squeezed Light to Perform Spatially Resolving Object Detection

2011

Jeremy B. Clark
Z. Zhou
Quentin Glorieux
Neil Corzo-Trejo
Ryan T. Glasser
Alberto M. Marino
Ulrich Vogl
Paul D. Lett

We experimentally investigate a scheme that exploits the multi-spatial quantum correlations between twin squeezed vacuum beams to resolve the shape of a mask partially obstructing one of the beams.

Keywords:

Four-wave mixing
Squeezed coherent state
Homodyne detection
Object detection
Oscillation
Quantum
Optics
Quantum mechanics
Physics
Beam (structure)

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