During my PhD research, I contributed to the development of a mechanobiology model of the cell that incorporates fundamental physical principles. This model is particularly significant as it addresses the mechanical forces and physical constraints that are central to key cellular processes such as cell migration and cell division. By integrating these physical aspects into biological models, my work provided a deeper understanding of how cells move, interact with their environment, and divide, which are crucial for many physiological and pathological processes, including tissue repair, immune response, and cancer progression.