Solar Closed Surface Hypothesis

The Solar Closed Surface Hypothesis proposes that the Sun is not a sharply bounded gas sphere but an extended hydrogen–helium closed surface that expands across the entire solar system. Within this framework, electromagnetic radiation is interpreted as the detachment and propagation of closed-surface fragments, while stable matter corresponds to closed surfaces that cannot detach beyond the critical frequency of Hz. The hypothesis explains why the Sun becomes visible only at the density layer where nuclear fusion ignites, while its outer structure continues as a dilute gas sphere encompassing planetary orbits. It also unifies radiation, absorption, and stellar stability under a single geometric principle of closed-surface dynamics, suggesting that even gravitational radiation is a manifestation of surface detachment at the deepest level. This work provides a novel reinterpretation of stellar physics and cosmology through closed-surface theory, offering a structural explanation for the coexistence of radiation, matter, and the extended architecture of stars.