Scientists are finding more evidence of a galactic “skeleton” lurking inside the appendages of the Milky Way, and studying these massive “bones” could help researchers get a better idea of what our galaxy looks like from the outside.
In 2013, researchers first suggested that long, thin, dense clouds of gas may form inside the spiral arms of the Milky Way, creating a sort of galactic skeleton that traces the shape of these massive structures. At the time, only one such “bone” — known as Nessie — had been identified.
Now, new research presented at the 225th meeting of the American Astronomical Society shows that Nessie is not alone. Catherine Zucker, an undergraduate physics student at the University of Virginia, has dug up six strong candidates for additional galactic bones.
Milky Way ‘bones’ could reveal secrets about our galaxy
- Supernovae theory or Nebular hypothesis wrong? Or both?
- EU theory evidence – Comet 67P geology