Recent discoveries and updates of the Chandra mission in video and audio formats.
Quick Look: The Enduring Stellar Lifecycle in 30 Doradus (01-09-2023)
The "Tarantula Nebula" (officially known as 30 Doradus) is available in a composite image of Chandra and JWST data for the first time.
- Related Links:
-- The Enduring Stellar Lifecycle in 30 Doradus
The "Tarantula Nebula" (officially known as 30 Doradus) is available in a composite image of Chandra and JWST data for the first time.
- Download Video (53.8 MB, Runtime: 0:59)
- Related Links:
-- The Enduring Stellar Lifecycle in 30 Doradus
Quick Look: Chandra Sees Stellar X-rays Exceeding Safety Limits (12-15-2022)
A new study provides insight into how X-rays from stars like our Sun, but billions of years younger, could partially or completely evaporate the atmospheres of planets orbiting them.
- Related Links:
-- Chandra Sees Stellar X-rays Exceeding Safety Limits
A new study provides insight into how X-rays from stars like our Sun, but billions of years younger, could partially or completely evaporate the atmospheres of planets orbiting them.
- Download Video (49.6 MB, Runtime: 0:45)
- Related Links:
-- Chandra Sees Stellar X-rays Exceeding Safety Limits
Tour: Chandra Sees Stellar X-rays Exceeding Safety Limits (12-15-2022)
A new study provides insight into how X-rays from stars like our Sun, but billions of years younger, could partially or completely evaporate the atmospheres of planets orbiting them.
- Related Links:
-- Chandra Sees Stellar X-rays Exceeding Safety Limits
A new study provides insight into how X-rays from stars like our Sun, but billions of years younger, could partially or completely evaporate the atmospheres of planets orbiting them.
- Download Video (210.4 MB, Runtime: 1:55)
- With closed-captions (at YouTube)
- Listen to Audio Only
- Transcript
- Related Links:
-- Chandra Sees Stellar X-rays Exceeding Safety Limits
Tour: Astronomers See Stellar Self-Control in Action (11-29-2022)
A study of RCW 36 shows that stars in a cluster can limit how many new stars form when the biggest and brightest members expel most of the gas from the system, thus drastically slowing down star birth.
- Related Links:
-- Astronomers See Stellar Self-Control in Action
A study of RCW 36 shows that stars in a cluster can limit how many new stars form when the biggest and brightest members expel most of the gas from the system, thus drastically slowing down star birth.
- Download Video (260.8 MB, Runtime: 3:42)
- With closed-captions (at YouTube)
- Listen to Audio Only
- Transcript
- Related Links:
-- Astronomers See Stellar Self-Control in Action
Quick Look: Astronomers See Stellar Self-Control in Action (11-29-2022)
A study of RCW 36 shows that stars in a cluster can limit how many new stars form when the biggest and brightest members expel most of the gas from the system, thus drastically slowing down star birth.
- Related Links:
-- Astronomers See Stellar Self-Control in Action
A study of RCW 36 shows that stars in a cluster can limit how many new stars form when the biggest and brightest members expel most of the gas from the system, thus drastically slowing down star birth.
- Download Video (40.1 MB, Runtime: 0:45)
- Related Links:
-- Astronomers See Stellar Self-Control in Action
Revised: November 03, 2022
