Ghost imaging with atoms
Khakimov, Roman; Henson, Bryce; Shin, Dong Ki (David); Hodgman, Sean; Dall, Robert; Baldwin, Kenneth; Truscott, Andrew
Ghost imaging is a counter-intuitive phenomenon—first realized in quantum optics — that enables the image of a two-dimensional object (mask) to be reconstructed using the spatio-temporal properties of a beam of particles with which it never interacts. Typically, two beams of correlated photons are used: one passes through the mask to a single-pixel (bucket) detector while the spatial profile of the other is measured by a high-resolution (multi-pixel) detector. The second beam never interacts...[Show more]
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