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This preprint introduces a novel theoretical framework suggesting that the Earth's atmosphere and surrounding space are composed of nested, semi-spherical zones that act as structural fields for holding gases, light, and energetic particles. Unlike traditional models based on fluid gradients and pressure loss, this hypothesis proposes that vacuum emerges where these geometric containment zones lose their ability to retain physical matter. The theory provides an alternative explanation for atmospheric stratification and the consistent geometry of phenomena such as rainbows. It further finds conceptual alignment with ancient Vedic cosmology, where layered spatial realms were described as energetic or elemental zones. This work aims to bridge classical physics, optics, and metaphysical cosmology into a unified perspective of structured space.