This volume investigates the critical role of polymer and cell dynamics in biological processes and explores the mathematical and numerical methods used to simulate them. Based on an international workshop, the book offers a comprehensive overview of the current state of research, bridging disciplines from applied mathematics and theoretical physics to cell biology and engineering. It details the relevant mathematical and numerical techniques, discussing their applications and limitations in modeling complex biological phenomena such as tumor growth, embryogenesis, and immune reactions. The work aims to provide advanced students and researchers with a foundational understanding of these interdisciplinary approaches.

This volume is presented as a collection of contributions from an international workshop, indicating a focus on specialized research and advanced methodologies. The interdisciplinary nature, drawing from mathematics, physics, and biology, suggests a text aimed at researchers and advanced students seeking to understand the computational and theoretical underpinnings of biological dynamics. The compilation of diverse perspectives likely offers a broad yet deep exploration of the field's current scope and challenges.