Universal Structural Ontology Language (USOL)

This paper introduces the Universal Structural Ontology Language (USOL), a symbolic communication system designed to transmit meaning through relational topology rather than conventional linguistic structures. USOL addresses the fundamental challenge of creating messages interpretable across vast temporal distances, cultural discontinuities, and potentially non-human cognitive architectures. Unlike natural languages that encode meaning through arbitrary symbol-to-concept mappings embedded in cultural context, USOL represents meaning through geometric primitives and their structural relationships, corresponding to universal ontological invariants present in any organized system. The language operates on the principle that certain relational patterns—dependency, causation, emergence, feedback, modeling, and persistence—constitute a shared semantic foundation accessible to any intelligence capable of recognizing structural relationships. This paper presents the theoretical foundation of USOL, its symbolic grammar, demonstrates its interpretability through empirical decoding experiments, and explores applications ranging from long-term knowledge preservation to interstellar communication and artificial intelligence alignment. The work contributes to ongoing efforts in establishing communication protocols that transcend the limitations of culture-specific encoding systems, offering a potential solution to the “deep time communication problem” facing both human civilization preservation efforts and search for extraterrestrial intelligence initiatives.