Uploaded May 2013 | Updated September 2026, 2 minutes ago
February 6, 2013
Dr. Sandra Faber (University of California, Santa Cruz)
The lumpiness of today's universe of galaxies is a fundamental characteristic that took billions of years to grow. Dr. Faber reviews the prevailing "Cold Dark Matter" theory for galaxy formation (which she helped create) and compares its predictions to present-day observations. It's a remarkable saga involving invisible dark energy and matter, the properties of the Universe an instant after it was born, and the creation of structure from quantum fluctuations. (Just a few days before giving this talk, Dr. Faber received the 2013 National Medal of Science from President Obama, and she shares an anecdote from that ceremony.)
February 6, 2013
Dr. Sandra Faber (University of California, Santa Cruz)
The lumpiness of today's universe of galaxies is a fundamental characteristic that took billions of years to grow. Dr. Faber reviews the prevailing "Cold Dark Matter" theory for galaxy formation (which she helped create) and compares its predictions to present-day observations. It's a remarkable saga involving invisible dark energy and matter, the properties of the Universe an instant after it was born, and the creation of structure from quantum fluctuations. (Just a few days before giving this talk, Dr. Faber received the 2013 National Medal of Science from President Obama, and she shares an anecdote from that ceremony.)
