Topological Sonification of CeRu₄Sn₆: Mapping Kondo Lattice Structure into Constrained Audio Domains

This archive accompanies the arXiv-style preprint “Topological Sonification of CeRu₄Sn₆: Mapping Kondo Lattice Structure into Constrained Audio Domains” and contains the primary artifacts and supplementary materials associated with the study. The work investigates constraint-preserving semantic sonification of the heavy-fermion Kondo lattice compound CeRu₄Sn₆, focusing on whether relational features such as spectral gaps, bulk–surface separation, and punctuated emergence can be rendered audibly without collapsing into metaphor. Included artifacts Primary manuscript (PDF) — designated as the preview file Track A: CeRu₄Sn₆ Topological Sonification.wav (direct, minimally musical sonification) Track B: Topological Gap (CeRu₄Sn₆ Sonification).wav (musicalized, constraint-preserving derivative) Supplementary analysis logs: CeRu4Sn6_Topological_Sonification.md (multimodal AI analyses and process documentation) The analysis logs are included for transparency and archival completeness. They document interpretive and generative steps but do not constitute primary evidentiary material and are not required for evaluation of the manuscript’s claims, which are fully specified within the paper and its appendices. This dataset is intended for researchers in sonification, auditory display, computational musicology, and condensed-matter pedagogy, and is provided to support long-term open-science archiving.