Executive Summary
AI
- Host Andres Almeida introduces Starburst with its principal investigator, Dr. Dan Koszewski, out of NASA's Marshall Space Flight Center in Huntsville, Alabama.0:42
- Koszewski explains that short gamma-ray bursts last only a few seconds and, thanks to recent gravitational wave detections, are now known to come from two neutron stars colliding.1:39
- The 2017 joint detection of gravitational waves and gamma rays, by LIGO and NASA's Fermi Gamma-ray Space Telescope, created an estimated several Earth masses of gold and platinum and sparked the mission concept.3:18
- Starburst is a 300-kilogram, roughly one-meter-cubed smallsat carrying 12 cesium iodide scintillation detectors in a box pattern, giving it a field of view of about half the sky at any given time.8:31
- Built to the $20 million Astrophysics Pioneers cost cap with commercial off-the-shelf components and fixed-price contracts, the mission is now within months of its launch readiness date and is timed to fly with LIGO's sensitivity upgrade.11:36
Key Quote
“A single teaspoon of neutron star matter would weigh billions of tons.”
— Dan Koszewski2:18
Key Quote
“For that event, we estimate that about several Earth masses of gold and platinum were created in that single explosion.”
— Dan Koszewski3:27
Key Quote
“But as usually is the case, nature doesn't put all of its eggs in one basket.”
— Dan Koszewski3:37