We show how we can obtain improved resolution when imaging an object by filtering high-resolution quantum states from impinging classical radiation. The method allows one to beat the Rayleigh diffraction bound that is intrinsic in any imaging apparatus. It is based on using focused classical illumination sources and A'-photon coincidence detection.
Improved resolution in imaging through quantum post-selection
GIOVANNETTI, VITTORIO;
2009
Abstract
We show how we can obtain improved resolution when imaging an object by filtering high-resolution quantum states from impinging classical radiation. The method allows one to beat the Rayleigh diffraction bound that is intrinsic in any imaging apparatus. It is based on using focused classical illumination sources and A'-photon coincidence detection.File in questo prodotto:
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