Quantumlogic Semantic Networks: A Structural Foundation for Meaning-Based AGI

This paper introduces a novel framework, Quantumlogic Semantic Networks (QLSN), which integrates principles from quantum mechanics with symbolic meaning structures. In contrast to purely statistical models, QLSNs define conceptual nodes as structured, dynamic meaning states governed by mechanisms such as superposition, interference, entanglement, and measurement collapse. Each node functions as a localized semantic wave function, incorporating context, hierarchy,
roles, and evidential logic. The framework aims to support structural AGI grounded not in large-scale datasets, but in logically expressive and context-sensitive architectures of meaning.