Question: User: Visual Prompt for AI Video Generator:Prompt: A high-detail 3D astronomy visualization of Jupiter surrounded by its four Galilean moons orbiting in concentric circular paths at different radii: Io ($r_1$), Europa ($r_2$), Ganymede ($r_3$), and Callisto ($r_4$). Io orbits nearest and fastest, while Callisto orbits farthest and slowest. A digital holographic table overlays next to the system, calculating values in real-time: $r$, Period $T$, $T^2$, $r^3$, and the ratio $T^2 / r^3$. The final column flashes a constant identical value for all four moons: $T^2 / r^3 = \text{Constant}$.English Voiceover & Text:Voiceover: "Analyzing Jupiter's four largest moons—Io, Europa, Ganymede, and Callisto—reveals a striking mathematical rule. Although their orbital radii and periods differ greatly, calculating the ratio $T^2 / r^3$ yields the exact same constant for all four moons! This constant depends solely on the mass of the central planet, Jupiter."