Venus" exoplanet 47 light-years away, with a thick atmosphere, challenging previous planetary classifications.

NASA’s James Webb Telescope uncovers GJ 1214 b, a super-Venus exoplanet with a carbon dioxide-heavy atmosphere, challenging planetary classification and offering new insights into planetary evolution.

Earth ejecta, for instance, could hold Earth life.

“Saturday evening, January 18: Venus and Saturn will appear nearest to each other. As evening twilight ends at 6:15 p.m. EST, Venus will be 30 degrees above the southwestern horizon with Saturn 2.2 degrees to the lower left. Saturn will set first on the western horizon almost 3 hours later at 9:04 p.m.”

According to NASA, Venus, Saturn, Jupiter and Mars will all be visible in the first couple hours after dark throughout the month of January, Venus and Saturn being found in the southwest ...

In the first few hours after dark all month, you'll be able to see Venus and Saturn in the southwest, Jupiter high overhead, and Mars in the east, according to NASA. If you have a telescope and an ...

When scientists first found Enaiposha, they thought it was a mini-Neptune, a small gas planet with an icy core.

Mars, Venus, Jupiter and Saturn should be visible to the naked eye, but get a telescope and you can spot Neptune and Uranus.

Four planets will be in the parade in January, while seven will align in February. Here's how to see the events.

NISAR, an upcoming Earth satellite mission by NASA and ISRO, promises to revolutionize how we monitor Earth's surface. Using cutting-edge synthetic aperture radar (SAR), it will capture highly detailed images,

The data used to create the image is from a Hubble Space Telescope project to capture and map Jupiter's superstorm system.

NASA says after dark, throughout the month of January, you’ll be able to see Venus, Saturn Jupiter and Mars. Venus and Saturn will appear in the southwest of the sky, Jupiter will appear overhead and Mars will rise in the east. Uranus and Neptune will also be there, but they won’t be bright and visible without a telescope.