UFT-ID 2.0 Research Archive: Geometry, Information, and Emergent Gravity

This dataset provides the complete multimodal research corpus for UFT-ID 2.0, an information-geometric framework in which quantum geometry, informational dynamics, and classical gravity arise from a single microscopic architecture. The collection integrates all primary and supplementary materials used to construct the theory, including the formal manuscript, mathematical reference sheets, methodological documentation, visual architectures, mind maps, audio explanations, and domain-specific modules. UFT-ID 2.0 develops a dual-layer microstructure—an SU(2) Loop Quantum Gravity substrate and an SU(3) qutrit information field—co-quantized in a unified Hilbert space and linked through a bidirectional interaction term that generates conserved meaning currents. Classical gravity emerges thermodynamically via coarse-graining of these coupled microstates. The dataset assembles every analytical, algebraic, geometric, and phenomenological component required to reconstruct or extend the theory, serving as a comprehensive open-science archive for research across quantum gravity, information theory, cognitive systems, and unified physical modeling.