I work on stochastic processes, chromatin folding, computational biology, as well as gene regulation and mechanisms of DNA-protein interaction.
I focus on understanding the intricate processes governing chromatin organization, DNA-protein interactions, and gene regulation. My work combines stochastic modelling and computational approaches to explore chromosome-wide target search mechanisms, chromatin dynamics, and the 3D architecture of genomes. Using tools like Hi-C data and multifractal null models, I aim to uncover stable chromatin communities and the principles behind enhancer-insulator pairing.
I supervise and develop modelling labs in several different courses in the physics department in the subject areas of fluid mechanics, biophysical systems, electromagnetism, population dynamics and disease spreading on networks.