Duarte's contributions have found applications in atomic physics [1, 2], astronomy [3], chemistry [4], coherence [5], cytology [6], electrophoresis [7], femtosecond laser microscopy [8, 9], geodesics [10], geophysics [11], gravitational lensing [12], heat transfer [13], imaging [14, 15], laser isotope separation [16-19], laser medicine [20, 21], laser pulse compression [22-24], laser spectroscopy [25, 26], mathematical transforms [27], microfluidics [28], nanobiophotonics [29], nanoengineering [30], nanophotonics [31], nanotechnology [32], nonlinear optics [33], optofluidics [34], organic semiconductor lasers [35], phase imaging [36], polarization rotation [37, 38], quantitative psychology [39], quantum aerospace tecnologies [40], quantum computing [41, 42], quantum electrodynamics [43], quantum entanglement [44], quantum fluctuations [45], quantum philosophy [46, 47], space exploration [48], and tunable diode laser design [49, 50].
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