"The complexity of the exo-Neptunian landscape provides offers a unique window onto the processes involved in the formation ...

In its youth, the dwarf planet Ceres may have brewed a chemical banquet beneath its icy crust.

A research team led by geophysicists at UC San Diego’s Scripps Institution of Oceanography provides an explanation for ...

The waterways already irrigate much of the state’s crops, but now they will also cool the solar panels, just by nature of ...

New research from NASA has found that the dwarf planet Ceres may be another place to look for evidence of primitive life in our solar system.

Who hasn't looked into the sky and wondered if there's life out there, somewhere, looking back at us? Is it possible there's ...

The methane emission is explained by solar-excited fluorescence. Sunlight interacts with methane molecules, causing them to ...

Though no direct evidence of life has been found, models suggest Ceres had hot water shooting into its underground oceans ...

It's much harder to find, but there are a lot more of them." The first interstellar object to visit the solar system may have ...

Just beyond Mars lies Ceres, a dwarf planet often ignored yet packed with secrets. Beneath its icy crust may be the story of how our solar system first formed. Scientists say it could hold answers ...

Several Ceres models based on temperature and inner composition readings were made, which suggested that microbes once lived ...

The dwarf planet Ceres, tucked away in the asteroid belt between Mars and Jupiter, has long been considered a quiet, frozen remnant of the early solar system. With its airless surface, icy shell, and ...