Part 2/8:
Frederick pointed out the significance of this finding, as it deviates from the longstanding expectation of a dense, solid core typical of planetary science. Instead, the results suggest a low-density core, which raised questions about the established theories of planetary formation.
Implications of a Low-Density Core
Frederick placed particular emphasis on the anomalies presented in the article, noting how they contradicted the conventional understanding that planets, including Jupiter, possess high-density cores made primarily of heavy elements like iron. The unexpected findings indicated that Jupiter's core may not only be large but also has a surprisingly low density—contrary to what was traditionally anticipated in planetary models.