It’s not you, it’s me. I just need several parsec of space.
What does a stellar breakup look like? So dramatic that the stars can’t wait to get away from each other! Today’s authors use physics to search for the one who got away.
The suspects may be fleeing the scene of the crime, but our most stellar detectives are on the case!
What kind of event is violent enough to fling around stars that are hundreds of times more massive than our Sun? Find out today!
Whizzing and Whirling Stars in the Tarantula’s Web
Some stars are speedier than their siblings: read on to learn about the different populations of runaway stars in the Tarantula Nebula!
Stars that exploded just a little bit
Partly burnt stars are zipping through space, carrying a strange mix of elements. What can we learn by observing them?
Run away, star
Could the Milky Way’s hypervelocity stars originate from the LMC?
A Novel Approach of Determining the Mass-loss Rates of Massive Stars
These authors describe a novel method to determine the mass-loss rates of massive runaway stars.