Projects

Our research builds on core expertise in computational physics, including the development of advanced numerical and theoretical methods for a wide range of applications. We focus on quantum phenomena in atoms, molecules, solids, and low-dimensional nanostructures, as well as on chaotic dynamics and anomalous diffusion. In recent years, we have expanded our interdisciplinary project portfolio to include complex systems science, such as time-series analysis of physiological signals (e.g., ECG and wearable data), human performance studies (e.g., drumming dynamics), and environmental processes. By combining rigorous physics-based modeling with data-driven approaches, we bridge fundamental science and real-world applications in health technologies, materials science, and beyond.