What Happens When a Gamma-Ray Hits a Black Hole? Explained

Discover the fascinating interaction between gamma-rays and black holes and how it affects their mass.

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Energy absorption and transformation: When a gamma-ray hits a black hole, it's absorbed due to the black hole's intense gravitational field. The gamma-ray's energy is added to the black hole, potentially increasing its mass slightly. However, this interaction is minuscule compared to the black hole's overall mass, making the effect insignificant on a larger scale.

FAQs & Answers

  1. Can gamma-rays penetrate black holes? No, gamma-rays are absorbed due to the incredible gravitational pull of black holes.
  2. What is the significance of gamma-ray interactions with black holes? While gamma-rays contribute energy to black holes, the effect is negligible compared to their massive scale.
  3. Do all black holes absorb gamma-rays equally? Yes, all black holes exhibit similar absorption properties, although their size may affect the overall energy dynamics.
  4. How do black holes affect their surroundings? Black holes can influence their environment significantly, but changes from gamma-ray absorption are minimal.

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