In a groundbreaking study published on April 30, 2025, in Popular Science, astronomers from the exoALMA project have captured ...

Billions of years ago, in the frozen edges of the solar system, a violent impact shaped one of space’s oddest pairs. Instead ...

It’s 9 a.m. on Monday morning, and I’m on the sixth floor of Sterling Hall at UW–Madison. Here, in the newly formed Wisconsin ...

This model of solar system formation is known as the nebular hypothesis. The solar system is structured in a roughly flat plane called the ecliptic, with most planets orbiting the sun in the same ...

Exquisite snapshots released on April 28 provide a rare glimpse into the earliest stages of planet formation in more than a dozen star systems, revealing where planets emerge, how quickly they form ...

Apples-to-apples comparisons in the distant universe are hard to come by. Whether the subject is dwarf galaxies, supermassive ...

Astronomers sing the James Webb Space Telescope have made an unequivocal detection of frozen water in another star system for ...

NASA's James Webb Space Telescope has confirmed that crystalline water ice exists in the debris disk surrounding HD 181327, a ...

Water ice shapes the outer regions of our Solar System in profound ways, forming the thick crusts of moons like Europa and ...

Stars don’t just form planets—they may also re-supply their disks with gas, reshaping how and where planets emerge.

What new technologies or methods can be developed for more efficient in-situ planetary subsurface analyses? This is what a recent study presented at the 56th Lunar and Planetary Science Conference ...