Simultaneous measurement of orthogonally polarized terahertz for fiber-coupled time-domain spectroscopy
Abstract
We demonstrate the emission and detection of orthogonally polarized terehertz pulses simultaneously in a fiber-coupled time-domain system. Here, a multi-pixel emitter multiplexes the s- and p-states with different modulation frequencies and the detected signal is demultiplexed with post-processing. A commercial photoconductive detector is used and the the photoconductive emitter is made using standard lithographic techniques. This work can significantly improve the speed of polarization-resolved THz spectroscopy and imaging, so we demonstrated its efficiency by imaging an anisotropic metamaterial and characterizing birefringent crystal.
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