The Periodic Table as Stationary Oscillation Topology: A Visual USP Companion

This figure-rich USP Field Theory mini document presents the periodic table as a visual topology of stationary oscillation architectures. The standard periodic table is not replaced. Instead, the familiar structure of periods, groups, noble gases, transition metals, and element families is re-read as a map of resonance corridors, outer-boundary closure, metastable overlap, and recurring compatibility patterns. The document introduces a standardized visual grammar for USP element glyphs: nucleus or central resonance anchor, radial corridor bands, outer-boundary response, coupling gaps, metastability markers, and optional transverse wrapping support. Periods are interpreted as new radial corridor scales, groups as recurring outer-boundary response, noble gases as closed low-mismatch boundary states, transition metals as metastable coupling windows, and lanthanides/actinides as dense inner-corridor complexity. This v1.1 edition also includes a resonance spiral representation, a Delta-f phase landscape of element families, a data-linked ionization-energy visual rule, accessibility guidelines for colorblind-safe figures, and a semi-quantitative falsification pathway. The purpose is to make elemental compatibility and periodic behavior visually interpretable through USP resonance geometry while preserving the predictive role of standard quantum mechanics, electron configuration, spectroscopy, and chemistry.