LOGICAL CONSISTENCY AND PREDICATIVITY
If we keep ourselves in the logical frame of mind, we have to keep predicativity in mind because in order to define causality we cannot refer to it by any means (otherwise we would go into infinite recursion) So causality as an ability of some event to precisely define the other event, could be emergent property of (yet) non causal interactions between atoms of existence.
To maintain predicativity, we must avoid referring to causality in the process of defining it, as this would lead to infinite recursion or circular reasoning.
In this context, we could consider causality as an emergent property that arises from the non-causal interactions between atoms of existence. These interactions, which do not yet involve causality, create the conditions necessary for causality to develop as a distinct phenomenon. As the interactions between atoms of existence become more complex, they give rise to the ability of one event to precisely define another event, which is the essence of causality.
By approaching causality as an emergent property that develops from non-causal interactions between atoms of existence, we can maintain predicativity and avoid circular reasoning in our understanding of the nature of causality and its role in shaping the universe.
If we reason about the nature of causality, we need to avoid circular reasoning and to maintain predicativity. The phenomena of causal connections between other phenomena should emerge from the intrinsic properties of atoms of existence.
Understanding the nature of inherent is crucial for grasping how causality emerges from the relationships between atoms of existence. Defining interaction based on the mere existence of an atom of being can be challenging.
One possible approach to defining interaction is to consider it as the manifestation of the relationships and dependencies between atoms of existence. These relationships and dependencies might emerge as a natural consequence of the existence of multiple atoms of existence, which by their nature, have the potential to interact with each other.
Interaction could be thought of as the expression of the potential inherent within each atom of existence to affect and be affected by other atoms of existence. As these atoms come into contact with one another, they exchange information, energy, or influence in various ways, giving rise to the phenomena we observe in the universe.
In this framework, interaction is a fundamental aspect of existence, arising from the inherent potential of atoms of existence to relate to one another. By exploring the nature of these relationships and dependencies, we can develop a better understanding of how causality and other properties emerge from the interactions between atoms of existence.