We investigate experimentally fundamental properties of coherent ghost imaging using
spatially incoherent beams generated from a pseudo-thermal source. A complementarity …

This paper demonstrates the engineering of spatially entangled two-photon states behind a
double slit by tailoring the incident pure two-photon state. We experimentally characterize …

Ghost imaging reconstructs images by using two separate, but correlated beams. One beam
illuminates the object and then is collected by a bucket detector. The other beam is captured …

文章综述了利用光学自发参量下转换过程产生的纠缠双光子态和热光源的空间关联性, 实现“鬼”
成像,“鬼” 干涉, 亚波长干涉和非定域双缝干涉等实验的研究进展, 以及其中涉及的争论问题 …

We propose an incoherent interferometer which can partly modify the spatial correlation
property of thermal light. Applying the interferometer to the two-photon double-slit …

Lots of digital devices were widely used in computational ghost imaging (CGI) to serve as
optical sources and detectors. These digital devices greatly affect the statistical behaviors of …

Ghost imaging and diffraction, inspired by the Hanbury Brown and Twiss effect, have
potential in both classical and quantum optics regimes on account of their nonlocal …

A scheme for third-order ghost interference with thermal light is proposed. The visibility and
resolution of the interference fringe related to the bandwidth of the spatial frequency …

The interference phenomenon of light is a common but most important effect in physics. In
this chapter, we compare and analyze the interference effects of both coherent and …

The topic of ghost imaging (GI) has attracted noteworthy attention in recent years [1–26].
Invented by Klyshko many years ago [1] with the idea of exploiting the quantum …