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High definition views of Chandra's exciting science
Subscribe and automatically download fresh audio/video content: View content online by clicking the "View Podcast" links below (requires QuickTime 7.0 or other H.264-compliant video viewer. If videos do not play, right click or control click on the link to download the file to your hard drive & then open). Or, subscribe to the podcast using a program such as iTunes or ipodder with the podcast RSS/XML web address (listed below).
Video Listing
Tour: Embracing a Rejected Star (07-25-2022)
Zeta Ophiuchi is a star with a complicated past, having likely been ejected from its birthplace by a powerful stellar explosion. A new look by NASA's Chandra X-ray Observatory helps tell more of the story of this runaway star.
- Related Links:
-- Embracing a Rejected Star
Zeta Ophiuchi is a star with a complicated past, having likely been ejected from its birthplace by a powerful stellar explosion. A new look by NASA's Chandra X-ray Observatory helps tell more of the story of this runaway star.
- Dowload Video Podcast (150.8 MB, Runtime: 2:16)
- With closed-captions (at YouTube)
- Listen to Audio Only
- Transcript
- Related Links:
-- Embracing a Rejected Star
Quick Look: Embracing a Rejected Star (07-25-2022)
Zeta Ophiuchi is a star with a complicated past, having likely been ejected from its birthplace by a powerful stellar explosion. A new look by NASA's Chandra X-ray Observatory helps tell more of the story of this runaway star.
- Related Links:
-- Embracing a Rejected Star
Zeta Ophiuchi is a star with a complicated past, having likely been ejected from its birthplace by a powerful stellar explosion. A new look by NASA's Chandra X-ray Observatory helps tell more of the story of this runaway star.
- Dowload Video Podcast (45.6 MB, Runtime: 0:45)
- Related Links:
-- Embracing a Rejected Star
Tour: Chandra Shows Giant Black Hole Spins Slower Than Its Peers (06-30-2022)
Astronomers used NASA's Chandra X-ray Observatory to determine the spin of the black hole in H1821+643, making it the most massive one to have an accurate measurement of this fundamental property.
- Related Links:
-- Chandra Shows Giant Black Hole Spins Slower Than Its Peers
Astronomers used NASA's Chandra X-ray Observatory to determine the spin of the black hole in H1821+643, making it the most massive one to have an accurate measurement of this fundamental property.
- Dowload Video Podcast (257.7 MB, Runtime: 3:32)
- With closed-captions (at YouTube)
- Listen to Audio Only
- Transcript
- Related Links:
-- Chandra Shows Giant Black Hole Spins Slower Than Its Peers
Quick Look: Chandra Shows Giant Black Hole Spins Slower Than Its Peers (06-30-2022)
Astronomers used NASA's Chandra X-ray Observatory to determine the spin of the black hole in H1821+643, making it the most massive one to have an accurate measurement of this fundamental property.
- Related Links:
-- Chandra Shows Giant Black Hole Spins Slower Than Its Peers
Astronomers used NASA's Chandra X-ray Observatory to determine the spin of the black hole in H1821+643, making it the most massive one to have an accurate measurement of this fundamental property.
- Dowload Video Podcast (48.5 MB, Runtime: 0:45)
- Related Links:
-- Chandra Shows Giant Black Hole Spins Slower Than Its Peers
Tour: NASA's Chandra Catches Pulsar in X-ray Speed Trap (06-15-2022)
A young pulsar is blazing through the Milky Way at a speed of over a million miles per hour. This stellar speedster is one of the fastest objects of its kind ever seen.
- Related Links:
-- NASA's Chandra Catches Pulsar in X-ray Speed Trap
A young pulsar is blazing through the Milky Way at a speed of over a million miles per hour. This stellar speedster is one of the fastest objects of its kind ever seen.
- Dowload Video Podcast (245.9 MB, Runtime: 3:50)
- With closed-captions (at YouTube)
- Listen to Audio Only
- Transcript
- Related Links:
-- NASA's Chandra Catches Pulsar in X-ray Speed Trap
Please note: These podcasts include artist illustrations and conceptual animations in addition to astronomical data.
Revised: November 03, 2022