Description: Temporal Dynamics Models are analytical tools used to study the evolution of complex systems over time. These models allow for the representation and simulation of how the variables of a system interact and change based on various conditions and external factors. They are often employed in fields such as economics, biology, engineering, and sociology, where systems are dynamic and subject to constant change. The main characteristics of these models include the ability to capture the interdependence between variables, the representation of stochastic and deterministic processes, and the possibility of making predictions about the future behavior of the system. Their relevance lies in providing a deeper understanding of the underlying dynamics of systems, enabling researchers and professionals to make informed decisions based on simulations and scenario analyses. In summary, Temporal Dynamics Models are fundamental for the study of complex systems, as they offer a framework for understanding how and why systems evolve over time.
