#Cumulative Interaction

Cumulative interaction refers to a process where repeated interactions between elements lead to gradual and cumulative changes in the overall state or properties of a system over time. This phenomenon is observed in diverse contexts, such as the evolution of chemical substances in the origin of life, the learning processes of artificial intelligence, and feedback loops in the development stages of software systems. In the author's philosophical explorations, it is a crucial concept for understanding complex systems and explaining the mechanisms of emergent properties.