About me

Optical Scientist with a focus on computational imaging and optical metrology. Experienced in 3D imaging through holography and interferometric techniques for precision metrology. With a background in physics and mathematics and a master’s degree in optics, I enjoy working with lasers and lenses in experimental settings, specializing in optical alignment, wavefront analysis, and precision 3D metrology. In parallel, I integrate deep learning and programming skills into digital image processing, simulation of structured light fields, and computer-generated holograms, building software solutions that connect experimental data with advanced computational tools.

I am pursuing opportunities in the imaging technology industry, leveraging my expertise to deliver practical, high-impact solutions and drive innovation.

Publications:

Mancio, L., & Olivares-Perez, A. (2024). Complete description of effects on reconstruction of dynamic objects from time-averaged digital holography to high-speed digital holography. Optics Continuum, 3(6), 893-901.

Villa-Hernández, J. M., Olivares-Pérez, A., Herran-Cuspinera, R., Juárez-Pérez, J. L., Mancio, L., & Delesma, R. (2024). Study of Behavior of Geometric Symmetries of 3D Objects with Digital Fresnel–Kirchhoff Holograms, Using Non-Redundant Calculations. Symmetry, 16(9), 1219.

Mancio, L., Hernández-Delesma, A. R., & Olivares-Pérez, A. (2025). Demonstration of inverse relationship between fringe visibility and pupil effects in orthoscopic and pseudoscopic images through the first-order Bessel function in holographic interferometry. Optics Communications, 132297.