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Interferometric measurement of complex-field changes in transient detection imaging
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Interferometric measurement of complex-field changes in transient detection imaging
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| Esteban Martín, Adolfo; García Monreal, Javier; Silva Vázquez, Fernando; Valcárcel Gonzalvo, Germán J. de | |||
| This document is a artículoDate2020 | |||
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| We report an experimental method that combines nonlinear-crystal-based transient detection imaging (TDI) with interferometric complex-field retrieval. The system allows measuring both phase and amplitude of a dynamic scene while suppressing stationary background. Theoretical and experimental results prove the linear relation existing between input and output phases, as well as the benefits of phase analysis for both detection and measurement with high resolutions of λ/30, even under noisy conditions. Additionally, we present experimental evidence of the remarkable ability of the technique to detect phase sign changes in the scene what we call differential-phase TDI showing great detection sensitivity and no calibration requirements. | |||
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Esteban Martín, Adolfo García Monreal, Javier Silva Vázquez, Fernando Valcárcel Gonzalvo, Germán J. de 2020 Interferometric measurement of complex-field changes in transient detection imaging Optics Express 28 20 28782 28791 |
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| https://doi.org/10.1364/OE.401077 |
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22 - Física [3703]