Recent advancements in neuroscience and linguistics have illuminated the predominance of the physical realm in human cognition, where tangible aspects are prioritized, and values and judgments are assigned through comparative evaluation. Language functions as the pivotal mechanism or algorithm that facilitates these processes, acting as a conduit between sensory input and cognitive output. It provides a structural framework that initiates and guides the transformation of raw data into meaningful information.

This structural framework, despite its lack of physical weight, serves as a vessel for the content it conveys, filling the conceptual space or slice of reality under scrutiny. The structure is inherently rooted in language, interpreted through pragmatic and lexical dimensions, while the meaning it conveys remains intangible.

We exist within an interpretive informational universe, where the attribution of meaning to our surroundings is a fundamental cognitive process. Our descriptive interpretation of the world has historically emphasized causality, yet a comprehensive understanding of reality necessitates the inclusion of its interpretive informational dimension—the realm of meaning.

Traditionally, scientific inquiry has focused on documenting and observing physical phenomena and their systemic impacts, emphasizing cause-and-effect relationships. However, recent research underscores the need to integrate informational and interpretive aspects to achieve a holistic understanding. This duality is essential because we are navigating through complex informational constructs.