Source: DD News
Context: Astronomers have discovered a new type of supernova triggered when a massive star interacted with a black hole in a binary system, leading to a rare and powerful stellar explosion about 700 million light-years away.
About New type of supernova detected:
- What It Is?
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- A previously unobserved stellar explosion caused by a black hole companion siphoning material from a massive star until it collapses.
- Occurred in a binary system where both the star and black hole had similar masses (~10 times the Sun).
- Identified Through:
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- Artificial Intelligence algorithms that scanned for unusual cosmic explosions in real time.
- Follow-up observations by multiple ground-based and space-based telescopes immediately after detection.
- Key Features:
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- Binary Interaction – Star distorted and stripped by black hole’s gravity over years before explosion.
- Extreme Energy Release – Explosion emitted more energy in a second than the Sun will in its entire lifetime.
- Mass Loss Before Explosion – Hydrogen layer ripped away, exposing helium core.
- Post-Supernova Feeding – Black hole consumed remaining stellar debris, increasing in mass and power.
- AI-Enabled Early Observation – Rare opportunity to capture full pre- and post-explosion timeline.
- Significance:
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- New Stellar Death Mechanism – Shows that black hole companions can directly trigger supernovae.
- Advances Astrophysics – Improves understanding of massive star evolution in binary systems.
