Structure · electronics · dynamics
Materials properties
Calculation and analysis of solids, surfaces, and complex materials using atomistic and first-principles simulation.
02
Research
Modeling what happens inside materials.
I use simulation, statistical methods, and computational tools to study properties and processes that emerge from the atomic scale.
Active lines
Questions that organize the work.
Transitions · fluctuations
Nonequilibrium systems
Statistical mechanics applied to melting, superheated states, and highly inhomogeneous processes.
Electric fields · diffusion
Surfaces under extreme fields
Metallic surface response, charge distribution, and evaporation or degradation mechanisms.
Reproducibility · high performance
Computational methods
Algorithms, data workflows, and open software for scalable scientific simulation.
Approach
From the physics question to a reproducible result.
The work combines physical models, computational simulation, statistical analysis, and code development. Reproducibility and student training are part of the research process.