Morning Overview on MSN
Jupiter’s red spot is shrinking fast and it’s getting weird
Jupiter’s most famous storm is slimming down, spinning up and behaving in ways that challenge what scientists thought they ...
Amazon S3 on MSN
What if you fell into Jupiter’s enormous Red Spot storm
One minute, you're setting up a new space station orbiting Jupiter. The next, you're plunging right into the middle of a ...
NASA Hubble observations from late 2023 to early 2024 document measurable size, shape, and motion changes in Jupiter’s Great Red Spot over one oscillation cycle.
Thick, swirling clouds cover Jupiter from pole to pole. They hold water like Earth’s clouds, but at far greater density.
Since this past September, Saturn’s been the best planet to enjoy through even a small telescope, even though its ring system ...
Space.com on MSN
Jupiter has more oxygen than the sun, new simulations reveal
Jupiter harbors more oxygen than the sun, a new study finds, giving astronomers a crucial clue about how our solar system's ...
Jupiter, the largest planet in the solar system, will emerge near sunset, stay in view through the night and only dip below ...
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Jupiter's hidden depths: Simulation suggests planet holds 1.5 times more oxygen than the sun
Spectacular clouds swirl across the surface of Jupiter. These clouds contain water, just like Earth's, but are much denser on ...
Live Science on MSN
Jupiter will outshine every star in the sky this weekend — how to see the 'king of planets' at opposition
Jupiter reaches opposition on Jan. 10, when it will shine all night at its brightest as Earth moves between the giant planet ...
Space.com on MSN
New moon of January 2026 brings prime views of Jupiter, Saturn and winter stars tonight
With the moon out of the way on Jan. 18, bright Jupiter and Saturn become stand-outs in the January night sky.
PRIMETIMER on MSN
What's hiding beneath Jupiter's clouds? A new study finds the gas giant is rich in oxygen
New research using detailed atmospheric models shows Jupiter contains excess oxygen, helping explain its origins and deep atmospheric dynamics ...
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