black holes
How many stars eventually collide as black holes? The universe has a budget for that.
Jan. 31, 2020—A promising new study developed by one Vanderbilt astrophysicist may give us a method for finding the number of available stars in the history of the universe that collide as binary black holes.
Here’s how a Vanderbilt astrophysicist plans to observe a black hole ‘symphony’ using gravitational wave astronomy
Nov. 18, 2019—New research led by Vanderbilt astrophysicist Karan Jani presents a compelling roadmap for capturing intermediate-mass black hole activity.
VU astronomer heads U.S. study team for space-based gravitational wave detector
Nov. 3, 2017—A Vanderbilt astrophysicist has been elected chair of a scientific study team that will advise NASA on science issues related to the international Laser Interferometer Space Antenna program.
Astrophysicist explains meaning of the discovery of gravitational waves
Jun. 17, 2016—Vanderbilt Associate Professor of Physics and Astronomy Kelly Holley-Bockelmann explains the meaning of the first discovery of gravitational waves at TEDx Nashville.
Gravity waves topic of Feb. 18 colloquium
Feb. 12, 2016—A team of Columbia University physicists who participated in the first detection of gravity waves will describe the monumental discovery in a free public lecture on campus Thursday, Feb. 18.
Your Universe Today podcast: Supermassive Black Holes (Part 3)
Feb. 27, 2013—Kelly Holley-Bockelmann, assistant professor of astronomy and physics, wraps up this three-part podcast series with an interview about her specialty, supermassive black holes.
Your Universe Today podcast: How stars die and black holes form (Part 2)
Jan. 28, 2013—Kelly Holley-Bockelmann, assistant professor of astronomy, continues her discussion of black holes in the second part of this interview for Red Orbit.
Your Universe Today podcast: How stars die and black holes form (Part 1)
Jan. 24, 2013—Kelly Holley-Bockelmann, assistant professor of astronomy, talks about what sets black holes apart from other objects in the universe and explains how the laws of space, time and gravity bend and even break down to create the most destructive force in the cosmos.