The KBC Theory – Part 4: Stepwise Emergence of Elements by Resonant Stratification

This paper is based on the third installment of the KBC (Kim–Bigbang–Cosmos) Theory, which proposed the principle of energy fixation and planetary structure formation. Extending that foundation, it explores the mechanism of element emergence according to resonant stratification and the possibility of differential gravitational interactions by element type. It examines how repetitive Big Bang phenomena explain the creation and differentiation of elements within the universe, and newly proposes that elements generated at different energy layers may exhibit varying gravitational fixation tendencies. In particular, it highlights observational evidence suggesting that light elements such as helium are gravitationally captured in some celestial bodies (e.g., Jupiter) but escape others (e.g., Earth), implying the existence of elemental gravitational differentiation.