Red supergiants are massive stars at the end of their lives. In this podcast, Dr. Emma Beasor discusses recent research that attempts to explain the red supergiant problem.
New observations from the National Science Foundation’s NOIRLab and other telescopes have found a planet that doesn’t quite match how astronomers expected planets to form.
Black holes power the most luminous objects in the universe. Active galactic nuclei (AGN) are powered by supermassive black holes. In this podcast, Dr. Stephanie Juneau discusses recent research on obscured black holes.
NSF’s Optical Infrared Astronomy Research Laboratory launched on October 1, 2019. Rob Sparks talks about three press releases from the meeting that involved OIR Lab facilities.
NEID will search for exoplanets by using the Doppler, or Radial Velocity (RV), effect. As a planet orbits its star, it exerts a tiny gravitational pull on the star, causing the star to “wobble.”
The National Science Foundation has merged all of its ground based astronomy facilities as of October 1, 2019. In this podcast, NSF’s OIR Lab Deputy Director Dr. Beth Willman discusses the launch of the new organization.
In this podcast, Dr. Scott Kleinman discusses the new and upgraded instruments currently under development to keep Gemini Observatory at the forefront of astronomical research.
On July 2nd, a total solar eclipse passed over Cerro Tololo Inter-American Observatory in Chile. A team of students from the University of La Serena attemped to recreate the Eddington Experiment that provided the first experimental evidence for Einstein’s General Theory of Relativity.