Use the uploaded image of Jupiter and its Galilean moons as the visual input. First, apply high-quality denoising to reduce sensor noise and grain while preserving atmospheric structure and fine details. Sharpen Jupiter’s cloud bands, the Great Red Spot, and limb edges for clarity, but keep the visual appearance natural, scientific, and free from artificial or stylized sharpening.
Animate the scene to show a slow, realistic rotation of Jupiter from left to right, aligned to its true axial tilt (approximately 3 degrees). The rotation should appear smooth and continuous, similar to a high-quality planetary time-lapse captured through a professional telescope — without wobble, distortion, or visual artifacts.
Animate the Galilean moons with subtle orbital movement consistent with their real orbital directions and relative speeds. Each moon should drift slightly in its appropriate orbit around Jupiter, reflecting natural motion over the duration of the clip. Keep the moons’ positions proportional and preserve their brightness and scale relative to the planet.
Maintain a dark, clean astronomical background with no added star fields, artificial glows, lens flares, motion trails, or other stylistic effects. The entire animation should feel like a realistic telescope observation, emphasizing accuracy and scientific plausibility. Do not introduce fantasy elements, exaggerated motion, or fake lighting effects.
Do not add artificial glow, flare, unrealistic colors, extra stars, streaks, halos, exaggerated orbital motion, texture artifacts, or stylistic distortions. Avoid any unnatural movement unrelated to real celestial mechanics.