I finished my PhD in the Institute of Astrophysics, Optics and Electronics in Puebla, México, with my thesis: "Optical parameters recovery for Biomedical applications", were I developed an algorithm for the recovery of the optical properties of homogeneous turbid media from reflectance and transmittance measurements using MCML as the method for solving the radiative transfer equation and a genetic algorithm as a search procedure. Using such algorithm we focused in several biomedical problems, such as the effects of coagulation in the optical properties of whole blood....
Then I joined Dr. Franciso Pérez Gutiérrez lab, at the Engineering School in the University of San Luis Potosí, studying the effect of turbid media in the propagation of nanosecond laser pulses. More recently I received a young researcher position from CONACYT assigned to same lab, with a project related to the measurement of velocity and temperature at microscale using optical tweezers. Along this project I am also working in other projects, such as the use of optical tweezers for biomedical applications, and spectral measurements of reflectance for characterization of latin skin for photodynanic therapy.