Do black holes radiate antimatter?

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Start date Jun 26, 2017
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Antimatter Black holes Holes

In summary: Odds of a tunneling event drop exponentially when you look at the event horizon as a barrier to escape, as opposed to just looking at the event horizon as a place where particles can fall in.

Jul 10, 2017

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litup said:

What numbers do you put on the 'extremely low frequencies'?

Of the order of the Schwarzschild radius divided by the speed of light. In other words, the wavelength is of the order of the Schwarzschild radius. One Hertz for very large black holes, low-frequency radio waves for stellar mass black holes.

litup said:

It wouldn't do much good as a propulsion system though if you captured it, I suppose since even with no other mass around it and considering the gigawatt to be converted into acceleration, call it generating 2.5 Gw, then 10^11 Kg would be accelerated at 50 milli g's.

You cannot convert a power to an acceleration like that.

<h2>1. What is antimatter and how is it related to black holes?</h2><p>Antimatter is a type of matter that has the same mass as regular matter but has the opposite charge. It is believed that black holes, due to their immense gravitational pull, can create and emit antimatter particles.</p><h2>2. How do black holes radiate antimatter?</h2><p>Black holes are surrounded by a disk of material called an accretion disk. As matter falls into the black hole, it is accelerated to extremely high speeds and collides with other particles in the disk. This collision can create pairs of matter and antimatter particles, with the antimatter particles being ejected from the black hole as radiation.</p><h2>3. Can we detect the antimatter radiation from black holes?</h2><p>Yes, we can detect the radiation emitted by black holes, including the antimatter particles. However, it is difficult to distinguish between regular matter and antimatter particles, so further research and technology is needed to accurately measure and study this radiation.</p><h2>4. What are the potential implications of black holes radiating antimatter?</h2><p>If confirmed, the discovery of black holes emitting antimatter could have significant implications for our understanding of the universe. It could help explain the abundance of matter in the universe compared to antimatter, and could also have practical applications in energy production and space travel.</p><h2>5. Is there any evidence of black holes radiating antimatter?</h2><p>While there is currently no direct evidence of black holes emitting antimatter, there have been observations of high-energy radiation from black holes that could potentially be attributed to antimatter particles. Further research and observations are needed to confirm this theory.</p>

1. What is antimatter and how is it related to black holes?

Antimatter is a type of matter that has the same mass as regular matter but has the opposite charge. It is believed that black holes, due to their immense gravitational pull, can create and emit antimatter particles.

2. How do black holes radiate antimatter?

Black holes are surrounded by a disk of material called an accretion disk. As matter falls into the black hole, it is accelerated to extremely high speeds and collides with other particles in the disk. This collision can create pairs of matter and antimatter particles, with the antimatter particles being ejected from the black hole as radiation.

3. Can we detect the antimatter radiation from black holes?

Yes, we can detect the radiation emitted by black holes, including the antimatter particles. However, it is difficult to distinguish between regular matter and antimatter particles, so further research and technology is needed to accurately measure and study this radiation.

4. What are the potential implications of black holes radiating antimatter?

If confirmed, the discovery of black holes emitting antimatter could have significant implications for our understanding of the universe. It could help explain the abundance of matter in the universe compared to antimatter, and could also have practical applications in energy production and space travel.

5. Is there any evidence of black holes radiating antimatter?

While there is currently no direct evidence of black holes emitting antimatter, there have been observations of high-energy radiation from black holes that could potentially be attributed to antimatter particles. Further research and observations are needed to confirm this theory.