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In a daring maneuver, the joint European Space Agency (ESA) and NASA mission swooped below the solar system’s planetary plane to capture the sun’s elusive south pole. The spacecraft dipped 15 degrees ...
A recent Venus flyby pushed the spacecraft out of Earth's orbital plane, allowing it to gaze at the solar poles.
"We didn't know what exactly to expect from these first observations – the sun's poles are literally terra incognita,” Sami ...
Visuals from the European Space Agency’s Solar Orbiter reveal chaotic solar magnetism in the solar polar region. Even better images are expected in the years ahead.
Faculty and alumni from across six decades reflected on Brown University’s impact as an international hub for solar system ...
Astrum on MSN1d
Juno's Revelations: NASA's Unexpected Discoveries on JupiterEmbark on a journey to Jupiter with NASA's Juno mission! This video explores the unexpected discoveries that have reshaped ...
In Juno's Extended Mission, the scope will expand beyond gravity field studies. Radio occultations to measure the ionosphere properties of Ganymede and Europa were executed in June 2021 and September ...
The spacecraft 'Juno' of the National Aeronautics and Space Administration (NASA) captured this image of Jupiter in 2017. The stripes that spanned Jupiter's surface fade toward the bottom ...
Eight of those storms are now swirling on Jupiter, and some of them stand out in great detail in a new photo released by NASA this week taken by the agency's Juno spacecraft tasked with exploring ...
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The Daily Galaxy on MSNNASA’s Juno Spotted Something Incredible in Jupiter’s Surface During Its Final FlybysNASA’s Juno spacecrafthas once again delivered breathtaking images of Jupiter, capturing the giant planet’s swirling storms and cloud bands in extraordinary detail. These latest photos, taken during ...
Research reveals Jupiter was larger with a stronger magnetic field early on. Jupiter's primordial size was about twice its current radius, say researchers. Clues from 4.5 billion years ago help ...
A new study reveals that about 3.8 million years after the Solar System began forming, Jupiter was much larger and had a stronger magnetic field than it does today. Researchers analyzed its early ...
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