NASA's James Webb Space Telescope launched in 2021 and has captured incredible photos of Uranus and some of its 28 moons.

The deflected light gave scientists precise data about the planetary atmospheric conditions like temperature, pressure, and density.By measuring the amount of light that became brighter and dimmer as ...

Neptune and Uranus might be home to some incredibly deep oceans that make our own look ... at the surface of Earth. That means that the "oceans" on these planets would behave more like a ...

In her experience, the gluteal reference in Uranus’ name ... With a violently scuffed surface replete with rifts and steep cliffs and missing chunks, it looks like a much-loved chew toy.

The pressure from that solar wind would have compressed Uranus’ magnetosphere, shrinking its extent from an estimated 28 times Uranus’ diameter to more like ... beneath the surface of Uranus ...

Now, a new observation campaign by scientists using Chile’s Very Large Telescope and Large Millimeter/submillimeter Array (ALMA) provides us with a rather unique look at the rings of Uranus.

For the month of November, stargazers will have their best opportunity to gaze upon Uranus, the cool blue ... of around 200-300 times. They'll look like a halo surrounding the planet rather ...

‘We now know even less than we thought about what a typical day in the Uranian system might look like ... that below the surface that could be teeming with fish!’ Uranus as seen by the ...

It helps build on the story that some of these moons at Uranus may be really ... what the moon's interior could look like. Firstly, the team mapped the moon's surface features, including its ...

the Uranus Orbiter and Probe, to go back for a closer look in 10 years’ time. Plumes of material coming from Enceladus, one of the moons of Saturn, indicating a possible sub-surface ocean.

Surface features of Uranus' icy moon Miranda point to the ... internal structures could best explain how the moon came to look like it does today. The team mapped the moon's various surface ...