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Physics Graduation in 2005, Physics and Biophysics PhD in 2010.
My PhD was in the biophysics field, with focus in biological molecules, using experimental and theoretical techniques.
During my PhD, I worked in the experimental and theoretical research fields in biophysics, so I am capable of working with both approaches to solve a scientific challenge.
In the experimental field, I worked with several spectroscopy and material characterizations techniques like fluorescence, calorimetric, electron paramagnetic resonance, etc. and more recently with advanced fluorescence microscopy to characterize single molecule spectroscopy.
As in the theoretical field, I am capable of studying different systems using computational methods, such as quantum mechanics calculations, molecular mechanics simulations, and also a method that combines both for studying systems with a large number of components.
I am good at creating and developing new projects, executing them with other scientists and also guiding new students.
Activities Areas: Biophysics, Molecular Biophysics, Computational Simulations, Quantum Calculations, Molecular Dynamics, Fluorescence Spectroscopy.
Strong Points: Ability to communicate effectively and work collaboratively in a team, to gather and process data, draw appropriate conclusions, and communicate those conclusions in a cogent presentation, good thesis work, including familiarity with laboratory procedures, equipment, and protocols.
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