Abstract
Resolution limits of Terahertz holography are studied using a non-monochromatic THz Quantum Cascade Laser and a micro-bolometer array detector in a beam-splitter free holographic set-up. We discuss the dependence of object reconstruction quality on object distance, detector array, spectral spread, and phase map retrieval using the Fourier transform carrier fringe method. The resolution obtained from simulations and experimental data is compared to theoretical considerations.
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