The Sahara Desert Dome Model (SDDM) is a conceptual framework designed to visualize the complex interactions of particle physics through macroscopic meteorological analogies. By scaling subatomic particles into a tangible environment, the model represents the atomic boundary as a geodesic dome and the nucleus as a high-energy "Central Superstorm". Key Technical Features: Quark Mapping: Assigning quark 'flavors' to specific vortex rotations; Clockwise (CW) for Up quarks (upward force) and Counter-clockwise (CCW) for Down quarks (downward force). Force Dynamics: Visualizing the Strong Nuclear Force as intense atmospheric pressure that maintains the stability of tornado clusters (nucleons). Pedagogical Value: Bridging the gap between abstract Quantum Chromodynamics (QCD) equations and intuitive physical observation. This technical note provides a visual and systemic architecture for students and independent researchers to better understand the Standard Model.
Furkan Ak (Sat,) studied this question.