Abstract

This text explores the concept of receptivity as a fundamental property of matter, presenting it as an essential dynamic that connects the physical and semantic-ideational dimensions of reality. Receptivity is defined as the capacity of an entity to register changes in its state, recognize external influences, and generate meaningfully relevant internal reflections. Through a thought experiment involving two spheres, the concept is examined to distinguish inert entities, characteristic of classical physics, from those capable of introspective registration and semantic interaction. Receptivity emerges as a cornerstone for understanding the ontological and epistemological aspects of reality, as well as the evolution of meaning and relationships within the universe. The text proposes that receptivity and intelligibility form the basis for noetic-noematic activity, enabling entities to compute meanings and manipulate semantic information. Implications of this framework extend to redefining matter as dynamic and meaning-infused, challenging reductionist paradigms in science. The conclusion outlines potential directions for future research, including quantum phenomena analysis, mathematical modeling, and interdisciplinary applications in cognitive science and artificial intelligence. By bridging the physical and the semantic, receptivity offers a transformative lens for understanding the interconnected, evolving nature of reality.