Research
Gravitational waves hint at black holes born from failed supernovae
Phys.org ·
The Brief
- Gravitational-wave observations are reported to hint at black holes formed from failed supernovae, where a massive star's core collapses without a bright explosion.
- The source excerpt says theories suggest some massive stars may collapse directly into black holes rather than detonating.
- The story is a news summary of a phys.org report; the excerpt provided is truncated and gives no further figures.
Why it matters
If confirmed, the findings would help show how black holes form from massive stars, linking gravitational-wave data to stellar death theory.
Who’s affected
- astrophysicists studying stellar evolution and compact objects
- gravitational-wave researchers
- #gravitational waves
- #black holes
- #supernovae
- #stellar evolution
- #astrophysics
When the most massive stars in the universe die, they often detonate in fiery supernovae, dramatically blasting most of their matter into space. The remaining stellar cores collapse into neutron stars and, sometimes, black holes. However, theories suggest that some massive stars…
Timeline
Space News article on the gravitational-wave hint was published
Space News - Space, Astronomy, Space Exploration
Gravitational waves hint at black holes born from failed supernovae