A new, process-oriented picture of the world assumes the integrity and unity of all its parts. The refusal to describe all aspects of the behavior of natural systems by the parameters isolated from each other and characterizing the object only, and the transition to parameters that characterize processes and relations became a general methodological moment for the theory of relativity and quantum mechanics. Elementary material processes started being considered as the simplest elements of the physical world. The procedural approach to the study of phenomena reveals the concept of the integrity of material phenomena, allows us to comprehend the significance of the interconnection and development of processes at various levels, differing in the complexity of the organization and the qualitative diversity of the laws that operate within them. The procedural vision does not allow identification of the studied reality with any particular private connection or with the usual amount of all individual connections, in the abstraction from the process of their general interconnection and their interconversions. Thus, the world is viewed not as something completed in space and time, but as an unfolding process. At the same time, the procedural vision of reality makes it possible to better reveal the regular connection between the chain of conditions and the chain of events. It captures and establishes an integral character of development, represents a developing system as a specific set of events. This approach embodies simultaneously the idea of the matter, movement in space and time, and is associated with the recognition of the finite speed of any interaction.
