Topological Fractal Arrays and Aperiodic Metasurfaces for High-Efficiency RF Resonance and Radiative Cooling

This paper establishes prior art for two novel geometric architectures derived from historical structuraltopologies, applied to modern electromagnetic and thermodynamic engineering. First, we define a bio-mimetic fractalantenna and superconducting qubit topology utilizing a 43-node self-similar intersecting triangular grid (derived fromSri Yantra geometry). Second, we define an aperiodic quasicrystalline metasurface utilizing 5-fold and 10-foldsymmetry (derived from Girih tessellations) optimized for daytime radiative cooling via emissivity in the 8–13 μmatmospheric window.