30 Dor 016 is a star 90 times the size of our sun, ejected from its home, moving through space at a speed of 250,000 miles per hour. Anyone lose the plot to an epic science fiction video game?


Alien invasion? Please. Exploring strange new worlds? So overdone. If you want to inject real drama into your next science fiction movie, novel, or video game, all you need is an extremely powerful telescope and a little imagination. What do you do when a fiery, 778 million mile wide orb comes barreling towards your home planet?

Luckily that's not a question Earthlings will need to ponder. Judging by the hole it's burned through the Tarantula Nebula as seen through the Hubble telescope, scientists believe 30 Dor 016 originated from R136, a star cluster hosting an estimated 450,000 solar masses - a breeding ground for stars. Seeing as the Tarantula Nebula is some 180,000 light years away from Earth, I'd say we're pretty safe.


Still, the fact that such a huge heavenly body can travel so fast through space raises several questions, the most important being: Our sun wouldn't do that, would it?

To answer that question, we need to look at the reasons a star would behave like this. The are two scientific reasons such an ejection could happen. First is a nearby supernova, which sounds nice and dramatic, but the R16 cluster isn't quite old enough to have had a supernova yet.

Then there's the possibility that the gravity between two larger stars resulted in a slingshot effect, catapulting 30 Dor 016 into open space, favored by study author and astronomer at the Space Telescope Science Institute Danny Lennon.



Then of course there are sheer fantasy theories, made up by writers at popular gaming blogs. I'm particularly fond of "Space Giant Playing Pool" and "The King Didn't Like This Katamari," both my own creations.




If that's not space drama, I don't know what is.

Hubble Telescope Catches Superfast Runaway Star [NatGeo]