Reactivation of Information Storage in Natural Fullerene Structures: A Multisensory AR/XR Application Using Shungite

This abstract explores the potential of Shungite—a naturally occurring fullerene-containing carbon mineral from the Karelian region—as a resonant information matrix. It proposes a novel interdisciplinary framework linking nanostructured carbon lattices, infrared excitation, and extended perception through XR technologies. Drawing on studies in physics, consciousness research, and environmental coherence, the work suggests that Shungite may store non-linear information fields and could serve as an interface for immersive field experiences. The paper advocates for the experimental integration of Shungite-based materials into XR environments to explore memory, resonance, and field-based cognition. Authored by independent researcher Jennifer Brenig as part of the Lingua Aeternis project, this work contributes to emerging transdisciplinary approaches that bridge natural structures, immersive technologies, and consciousness inquiry.