Iterinomersis

Iterinomersis is a hypothetical concept that describes a cyclical process of self-replication and transformation. It posits that a system, upon reaching a certain state of complexity or efficiency, triggers a cascade of events leading to its own reproduction and subsequent alteration. This alteration is not random but rather a directed evolution, where the offspring system inherits traits from its progenitor, alongside modifications that enhance its survival or function in its environment. The "iteri" aspect refers to the iterative nature of this process, implying repetition and continuation. The "nomersis" part suggests a rule-based or ordered progression, indicating that the transformations follow inherent principles or laws within the system.

The theoretical framework of iterinomersis suggests that such processes could occur in various domains, from biological evolution and artificial intelligence to perhaps even cosmological phenomena. In biological terms, it could be seen as an accelerated and highly directed form of natural selection, where organisms not only reproduce but actively engineer their next generation based on their current experiences and environmental pressures. In artificial systems, it might describe the evolution of self-improving algorithms that not only replicate but also adapt their own code and architecture to become more performant. The concept remains largely speculative, serving as a thought experiment for exploring the boundaries of self-organization and evolutionary dynamics.