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We show megapixel-resolution short-wave infrared single-photon imaging with a timing resolution of 150 ps utilizing one superconducting nanowire single-photon detector and compressive imaging.
We use compressive sensing in the image and Fourier planes of a spontaneous parametric downconversion source to simultaneously gather the joint position and momentum distributions. We witness entanglement by violating a continuous variable steering inequality.
We present our results on utilizing an SNSPD array and compressive imaging techniques to perform single photon imaging and present our progress toward a high-resolution single-photon camera for the mid-IR.
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