Dynamical Star Formation from Milky Way Cloud Scales to Hundreds of AU

  • Data:
  • Speaker: Prof. Dr. Henrik Beuther
  • Affiliation: Max-Planck-Institute for Astronomy (Germany)

Dynamical star formation from Milky Way cloud scales to hundreds of AU

Caption: A birds-eye view of the atomic HI emission in the Milky Way from the THOR survey (Wang et al. 2020).

 

Abstract: Star formation processes are important over a huge range of physical scales, from large atomic and molecular clouds down to the scales of individual protostellar cores disks around stars. Linking these scales is crucial for a general understanding of star formation and the interstellar medium. I will set into context results from Milky Way cloud scales to individual star-forming regions and dense cores with an emphasis on the dynamical properties of the star formation processes.

 

Brief CV of Prof. Dr. Henrik Beuther:

– PhD at the MPIfR in Bonn 2002
– Then Postdoc Harvard Smithsonian Center for Astrophysics
– Coming back to Germany with Emmy Noether fellowship, to Heidelberg MPIA
– Later staff scientist at MPIA