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NASA APOD opened the year with auroral imagery tied to Jupiter, the Solar System's largest planet and one of its most powerful magnetic environments.
Auroras on Jupiter are driven by interactions among the planet, its moons and charged particles in its magnetosphere.
For planetary science, these images help connect spectacular public visuals with plasma physics and spacecraft observations.
Why It Matters
Jupiter's auroras are a natural laboratory for magnetic-field and charged-particle physics.
What to Watch
Watch Webb, Hubble and Juno comparisons of Jupiter auroral structure.
Primary Sources
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