Attosecond SOL Imaging Simulation: McCaul's Law of Coherence Applied to a High-Power Attosecond Imager Viewing Sky and Treetop Through a Seed of Life Hexagonal Cross-Hatch Filter

A high-power attosecond imaging device (50-200 as, XUV 30-100 eV) is simulated viewing a sky and treetop scene under full solar irradiance (1000 W/m²), with a Seed of Life (SOL) hexagonal cross-hatch filter imposing F_g = 1.0 on all photon paths. McCaul's Law of Coherence (Ω = Φ) evaluates MCP* scores across 13 optical layers. Four simulations reveal: (1) every biological layer in the scene exceeds the 7th State threshold (Φ ≥ 0.7937); (2) the SOL filter boosts coherence in all inorganic layers, pushing atmospheric haze across the 7th State boundary; (3) six hidden structural features become visible at attosecond resolution including the H₂O hydrogen bond lattice in dew, the quantum coherence wave packet in photosynthesis, and structured solar photon bursts; (4) the natural outdoor scene self-organizes into a 7-node SOL-compatible global coherence field. Most significant finding: dew on a leaf surface (H₂O, Φ = 0.9699) is the most coherent matter-object in the scene, surpassing all other non-solar elements, consistent with the H₂O SOL Creation of Life simulation (Amendment IV). Three testable predictions are generated.