Nonlinear Physics focuses the recent advances of fundamental theories and principles, analytical and symbolic approaches, as well as computational techniques in nonlinear physical science and nonlinear mathematics with engineering applications. The aims of the book series are to provide on fundamental and frontier theories and techniques for nonlinear physical science; to stimulate more research interest on nonlinearity, synchronization and complexity in nonlinear science and; to directly pass the new knowledge to the young generation, scientists, engineers and students in the corresponding fields.

Topics of interest in Nonlinear Physics include but not limited to

• New findings and discoveries in nonlinear physics and mathematics,
• Nonlinearity, complexity and mathematical structures in nonlinear physics,
• Nonlinear phenomena and observations in nature and engineering,
• Computational methods and theories in complex systems,
• New theories, and principles and mathematical methods,
• Stability, bifurcation, chaos and fractals in physical science and engineering,
• Nonlinear chemical and biological physics,
• Discontinuity, synchronization and natural complexity in physical science.