DynSys (Dynamic Systems)

Dynamic systems (DynSys) are mathematical models that describe how things change over time. They analyze how the current state of a system—like the temperature, population, or stock prices—influences its future behavior. By understanding the rules governing these changes, DynSys help predict and control complex processes, such as climate patterns, neural activity, or robotics. Essentially, they provide a framework to study the evolution of systems that are constantly in motion, revealing patterns, stability, and potential outcomes based on initial conditions and governing laws.