Computational materials science
Structural, electronic, and dynamic properties of materials through atomistic and first-principles simulation.
Associate Professor · Researcher
Computational physics to understand materials.
I study materials and complex systems through atomistic simulation, statistical mechanics, and scientific software development.
Research areas
Methods, models, and materials.
Statistical mechanics
Nonequilibrium phenomena, phase transitions, and statistical methods for complex systems and materials.
Scientific software
Reproducible tools for simulation, data analysis, and large-scale molecular dynamics.
Visual work
Computation is also a way of observing.
Simulations, dynamical systems, and discrete models turn numerical results into structures that can be explored, compared, and communicated.
Professional dimension
Academic management and quality assurance.
I currently serve as Director of Quality Assurance for the Faculty of Exact Sciences at Andrés Bello University, alongside research, teaching, and student supervision.
Learn about this work