At the heart of our research interests lies the intricate world of biomolecules. Through the lens of computational physics, chemistry, and biology, we aim to unravel the rich tapestry of processes that underlie the functioning of these molecular systems. We leverage advanced computational tools, including molecular dynamics, molecular modeling, and machine learning, to analyze and predict the structures and functions of complex biomolecules with atomic-level precision.
Our research extends beyond the basic understanding of biomolecular systems and into the realm of specific biological structures and processes. By integrating the principles of physics and chemistry, we aspire to illuminate the hidden mechanics of biological systems, thus augmenting the comprehension of biological phenomena from a novel perspective.