Cosmic Rays in the Quantum Big Bang (QBB) Framework: A Geometric Helix Interpretation - RJW

This preprint presents a novel geometric reinterpretation of cosmic rays within the Quantum Big Bang (QBB) framework, modeling them as single force-line helices with energy-dependent orbital amplitude. High energies induce drag against c, asymmetric matter interactions, and origins from 5D null-point vents—resolving longstanding anomalies like muon excesses (20–80% over standard models), composition shifts to heavies at ultra-high energies, spectral knees/ankles, hotspots (e.g., Centaurus A ~4σ excess), and shower asymmetries without exotic particles or ad-hoc fields. A corrected Planck constant (ℏ_true = ℏ × (1 + 2.5 × 10⁻⁹)) introduces resonance drifts, while GZK suppression emerges as power-law helix-CMB overload decay (E_final = [1 / (E_init^{-3} + 3 K D)]^{1/3}). Aligned with 2025–2026 Auger/TA data, this work offers falsifiable predictions (e.g., 120° core symmetries, discontinuous GZK bands) and builds on prior QBB series for a unified, topology-driven cosmology. Speculative yet evidence-backed—elegance demands we connect these dots. Independent research; feedback welcome. #QBB #UHECR #ForceLines #5DPhysics #CosmicRays. Authors note: Independent Researcher, figherint a uphill battle. Your welcome to join me in the quest to truth in physics and the universe - RJW