What's Happening?
A new collection of research aims to explore the use of variational principles to understand the interplay between structure and dynamics in complex systems. This includes examining how dynamic interactions
at the microscopic level lead to macroscopic structures in various fields, such as biology, physics, and social sciences. The collection seeks to unify diverse approaches through the application of variational principles and optimal control in stochastic and dissipative regimes. The goal is to advance a physics-grounded framework for understanding how complex structures emerge and persist under dynamic constraints.
Why It's Important?
Understanding the principles governing complex systems is crucial for advancing scientific knowledge across multiple disciplines. By applying variational principles, researchers can gain insights into the fundamental processes that drive the formation and evolution of complex structures. This has implications for fields ranging from biology and ecology to engineering and social sciences. The research could lead to new methods for predicting and controlling complex systems, with potential applications in technology, environmental management, and policy-making. The interdisciplinary nature of the research fosters collaboration and innovation across scientific domains.
