informationor

Informationor is a theoretical concept in biomimicry that refers to a system or structure within biological organisms that actively manages, processes, or transmits information to support survival, adaptation, or function. While not a formal biological term, "informationor" can be thought of as describing natural systems that utilize information flow as a key component of their operation.

In nature, many organisms rely on complex signaling pathways and informational feedback loops to adapt to their environments. Examples include sensory systems that detect environmental cues, neural networks that process stimuli, and cellular mechanisms that regulate gene expression based on internal and external signals. These systems exemplify how information flow can serve as a form of communication, coordination, and control within biological systems.

The concept emphasizes the role of information as a vital resource and operational principle in natural systems. For instance, plant phenotypes can change in response to environmental signals, and ecosystems often exhibit feedback mechanisms that maintain stability or promote adaptation. Studying these natural "informationor" strategies can inspire human-made systems that are more adaptable, resilient, and sustainable—such as smart materials, adaptive architectures, or responsive technologies.

The idea aligns with the broader biomimicry principle that "nature runs on information," recognizing that efficient information management is fundamental to biological success. While "informationor" is not a formal scientific term, it encapsulates the importance of information dynamics in biological systems and their potential application in designing sustainable human technologies.