by Michael Küffmeier | Sep 9, 2015 | Daily Paper Summaries
A model that needs fewest parameters to explain a scenario is favourable. The fact that mm-size dust grains (chondrules) are present in the entire solar system brings rise to the question, whether all bigger solid objects are a collection of chondrules.
by Jesse Feddersen | Aug 19, 2015 | Daily Paper Summaries
Last year, an image was released that took our breath away. Exquisite rings carved in a disk of material around a nearby star. Now, astronomers want to know if forming planets are responsible, and why the image might look different from the cartoon in your textbook.
by Tim Lichtenberg | Aug 18, 2015 | Daily Paper Summaries
Planets are ubiquitous in the Milky Way. Therefore, building them must be straightforward, right? Not at all!
by Tim Lichtenberg | Jul 24, 2015 | Daily Paper Summaries
How and where did the first organic molecules emerge? Sophisticated chemistry models for the synthesis of amino acids within planetesimals can help us to decipher these mysteries.
by Stacy Kim | Jul 2, 2015 | Daily Paper Summaries
Why do some planets slightly more massive than Earth have gas envelopes, while others don’t?
by Tim Lichtenberg | Jun 26, 2015 | Daily Paper Summaries
Amino acids were possibly brought to Earth by meteorite impacts, which contaminated the young environment with organic compounds. However, where and how did these most basic ingredients of life form in the first place?