One of the rare and brief bursts of cosmic radio waves that have puzzled astronomers since they were first detected nearly 10 years ago has finally been tied to a source: an older dwarf galaxy more than 3 billion light years from Earth.
Nearly a dozen of the country's leading scholars in physics and astronomy visited the Heising-Simons Foundation to discuss academic and career pathways for women in these fields, and what could be done to help. View the slideshow by clicking here.
The astonishing beauty of galaxies visible from Earth has enchanted humanity ever since our ancestors first gazed into the twinkling night and wondrously beheld them. Some galaxies look like elegant whirling spirals or cosmic frisbees, while others look like elliptical blobs or lumpy irregular clumps smeared across the sky. The variety of galactic shapes prompts questions as old as astronomy: why do galaxies form these characteristic shapes? Can elliptical galaxies become spirals, or vice versa?
Long-term, hi-res tracking of eruptions on Juptier's moon Io.
An experiment, lead by Astronomy's Professor Aaron Parsons, to explore the aftermath of cosmic dawn, when stars and galaxies first lit up the universe, has received nearly $10 million in funding from the National Science Foundation to expand its detector array in South Africa.
Recent Faculty Discoveries Include Learning What's Under Jupiter's Clouds and the Most Precise Measurement of Universal Expansion to Date
Professors Imke de Pater and Alex Filippenko have each released information pertaining to findings regarding their respective research last Friday.
From article by Robert Sanders: "The Gemini Planet Imager has discovered and photographed its first planet, a methane-enshrouded gas giant much like Jupiter that may hold the key to understanding how large planets form in the swirling accretion disks around stars. The GPI instrument, which is mounted on the 8-meter Gemini South telescope in Chile, is the size of a small car and was …