Time-Resolved Nonlinear Ghost-Imaging for Terahertz 3D microscopy

Abstract

Time-Resolved Nonlinear Ghost Imaging is a microscopy technique capable of extracting with fidelity the terahertz field scattered from an object plane with sub-wavelength resolution. In this presentation, we demonstrate that it enables the extraction of volumetric images in microscopic samples in real experimental conditions. © 2022 Olivieri et al.