Weclome to my website! Here you can find out more about my research in statistical physics.
In recent years, my research has focused on complex systems theory and nonequilibrium thermodynamics.
Examples of complex systems are neural networks, ecosystems, or complex fluids such as the cytoplasm. These systems consist of many constituents that interact through a large and complex interaction network. I am developing mathematical methods to determine how networks structure affects the dynamical properties of complex systems.
Nonequilibirum thermodynamics deals with small systems that are far from thermal equilibrium, such as, molecular motors or electronic ciruits. I am using stohastic processes theory to derive universal tradeoff relations between dissipation, speed, and fluctuations in nonequilibrium systems.
