The Latest Breaking News from Ryugu

This year was one of the biggest ever for asteroid science, with NASA's triumphant return from asteroid Bennu, the grand reveal of organic molecules from asteroid Ryugu, a close look at the gory aftermath of an asteroid collision, and more.

PAHs may be able to form in cold regions of space, affecting what scientists think about the origins of planets and possibility of alien life.

A sample from the asteroid Bennu, collected by the OSIRIS-REx mission, has arrived at London's Natural History Museum for analysis. Scientists are optimistic that it could contain the seeds of life.

Around 15 years ago, I was on a European Space Agency (Esa) committee, looking at Esa’s strategy for proposed forthcoming space missions. Under consideration was a mission to an asteroid. Over dinner, one of the committee members, an astrophysicist, quizzed me on why we needed to visit one of these…

Hayabusa2 ferried pristine asteroid samples to Earth in 2020. A new study reveals they contain uracil, a key life building block.

How did life come about? The answer to this question goes to the very heart of our existence on planet Earth.

Two organic compounds essential for living organisms have been found in samples retrieved from the asteroid Ryugu, buttressing the notion that some ingredients crucial for the advent of life arrived on Earth aboard rocks from space billions of years ago.

Findings add to evidence that important building blocks for life could have been delivered to Earth by meteorites, scientists say.

A trio of new papers reports new evidence an asteroid's parent formed far on the outskirts of the solar system.

Findings could help shed light on how life came to exist on Earth.

The Ivuna meteorite landed in Tanzania in December 1938