Abstract: Abstract: Thanks in large part to Gaia observations of the Milky Way and rapid advances in data science, it has very recently become possible to map out: 1) the three-dimensional internal structure and galactic arrangement of star-forming regions and 2) the positions and motions of young stars forming in those regions—also in 3D. These advances are painting a NEW picture of NEW (freshly-formed!) parts of the Milky Way.  The 3D, moving picture we can re-create from the data is giving hints as to…

Abstract: Abstract: Life may have begun from self-replicating RNA molecules. The encapsulation of RNA inside vesicles creates the potential for emergent properties. We have found that encapsulation leads to greater ribozyme activity, improved folding, and even faster evolution inside vesicles, indicating advantages to cell-based early life. In addition, our studies on phage-based nanomaterials demonstrate important advantages of delivering cargo at the nano- rather than molecular scale. Our in vitro and…

Abstract:  https://lmu-munich.zoom.us/j/96017550588?pwd=ejNJdHdhMmd3VE12VEl1TDZuS25XZz09 Meeting ID: 960 1755 0588 Password: 087935

Abstract:

Abstract: The workshop aims to bring together the growing community of experts in scattering amplitudes in Germany. The workshop will focus mostly on formal developments, leaving also space for applications in Collider Physics, Gravity and Cosmology. The program will feature dedicated talks, but also leave ample time for discussions among participants. We hope this will be an opportunity to strengthen connections in our community across Germany and pave the way for future collaborations.