Scientists have discovered the first elementary binary of dust shaped like a nanodumbbell (named the astrobinary) that predates our own solar system–a likely fundamental building block in star and planet formation in the Milky Way. If you are interested in the story of how this cosmic nanodumbbell came into being and met with its counterparts during its adventures in the vast cosmos–and how they survived and grew up together–resulting in planetesimals (the seeds of planets), freely download a recent article that appeared in the 2021 December 10 issue of The Astrophysical Journal Letters*, by click here.
*The Astrophysical Journal Letters is the premier journal for rapid publication of high impact astronomical research that is broadly understandable.
*The Astrophysical Journal Letters is the premier journal for rapid publication of high impact astronomical research that is broadly understandable.
Vision
To reveal never-before-seen three-dimensional microscopic worlds of the solar protoplanetary system and beyond and to advance knowledge of how planets and life came into being for the betterment of humankind.
Mission Statement
We conduct innovative research to enhance knowledge of cosmic dust and planet formation. We provide research and development and education services to government and other clients. We are committed to excellence and foster collaboration and inspiration.