[21a-E214-1~9] 4.6 Quantum Optics and Nonlinear Optics

▲ [21a-E214-4] Ghost imaging with engineered quantum states unveiling rotated objects

〇(P)Adam Valles¹、Nicholas Bornman²、Jonathan Leach³、Andrew Forbes² (1.Chiba Univ.、2.Wits Univ.、3.Heriot-Watt Univ.)

キーワード：Ghost imaging, Quantum state engineering

Conventional ghost imaging aims at reconstructing any given object by means of spatially correlated photons. Our work highlights the importance of the selection of the quantum states that are used for such reconstructions, showing how the object can be rotated, or even doubled, by properly engineer the spatial correlations each of the photons possess.