NASA says with the help of data from the James Webb Space Telescope, scientists have confirmed the presence of water crystals ...

James Webb Space Telescope Sees Jupiter's Rings, Moons and Auroras Credit: Space.com | imagery courtesy: NASA, ESA, Jupiter ...

Webb’s powerful instruments have detected crystalline water ice in a distant star system, offering rare insight into planet ...

The discovery of water ice around a distant star is allowing scientists to study how the key ingredient for life is delivered ...

Now, that has all changed thanks to Webb’s highly sensitive instruments, which confirmed crystalline water within the dusty debris disk surrounding HD 181327 ... of unexpected auroral activity near ...

About four billion years ago, Jupiter, Saturn, Uranus ... The frozen water lies within a so-called debris disk — a massive ring of dust and rock — orbiting HD 181327, a star located 155 light-years ...

The V shape of its face extends farther upward, ending in two horns: 4-magnitude 72 Oph to the east and 6th-magnitude magnitude HD 163641 to ... events involving Jupiter’s Galilean moons Io ...

BENGALURU: Jupiter needed about four years to secure regulatory approvals to begin lending, but just a year for credit to account for about 40% of its business. Buoyed by that success, the ...

Compared to the Solar System, the first ring around HD 144432 lies within Mercury’s orbit, and the second is close to Mars’s trajectory. Moreover, the third ring roughly corresponds to Jupiter’s orbit ...

It glows at magnitude 0.7, much fainter than Jupiter in the east but still outshining any stars nearby. Saturn is, of course, best known for the stunning rings that surround it. You can enjoy ...

The most massive planets are around 13 times the mass of Jupiter. These include the gas giant HD 39091 b ... dance': Detectorist finds gold 'mourning ring' engraved with skull and date in UK ...

Another fantastical exoplanet with a wind problem, HD 189733 b just might be the ... spread out the material over their orbits in a ring around Jupiter, the ring would be so opaque to light ...