Informorphic

Informorphic is a term that describes a system or entity that is intrinsically shaped or defined by the information it processes or contains. It suggests that the structure, behavior, or even the very nature of something is a direct consequence of the data it interacts with. This concept can be applied to various fields, from computing and artificial intelligence to biology and social systems.

In the context of computing, an informorphic system might dynamically reconfigure its architecture based on the type or volume of data it receives. For instance, a machine learning model could be considered informorphic if its internal parameters and connections are continuously adjusted to better represent the incoming data. This contrasts with static systems where the structure is predetermined and fixed.

The term also hints at the idea of emergence, where complex patterns and functionalities arise from the interplay of information. In a biological sense, an organism's development and adaptation could be viewed through an informorphic lens, where genetic information guides its form and function, and environmental information further shapes its phenotype. Similarly, social structures and cultural norms can be seen as informorphic, evolving and solidifying based on the collective information and interactions of individuals within a society. The key idea is that information is not merely a passive input but an active force in shaping the entity itself.