Finding the Milky Way’s faintest and farthest friends with Rubin
Rubin will give us a wider and deeper view of the Universe than ever before. How many of the Milky Way’s tiny friends will it discover?
Rubin will give us a wider and deeper view of the Universe than ever before. How many of the Milky Way’s tiny friends will it discover?
Ever wondered what science gets done at the South Pole? It turns out that many astrophysics and cosmology experiments end up there!
Mapping the structure of dense gas in the Milky Way is a huge undertaking… which is why we have huge surveys!
Constraining physical parameters in a cosmological survey is often computationally expensive, especially when considering more than one survey at a time. The authors of this paper offer a simple method to reconstruct parameter distributions in a fraction of the time needed for most high-performance computers.
Astronomers have been finding planets around M dwarf stars for a while. Can we go even cooler and find planets around the diverse L and T spectral group?
How would the LSST have to survey the sky in order to study dark energy?