<p>The consensus opinion of physicists is that antimatter has mass, and it is attracted to other massive objects by gravity in exactly the same way as matter: Antimatter isn't anti-gravity.</p>

<p>Proving this is difficult. It is hard to obtain enough antimatter in one place to observe any gravitational interactions. The best observations aren't even able to conclusively show that antimatter "falls" in a gravitational field. However for theoretical reasons it is considered extremely likely. If antimatter were repulsed by matter, it would allow for violations of the conservation of energy.</p>

<p>A black hole is a region of extreme gravity, and a black-hole would attract matter in just the same way as it attracts antimatter. It would even be possible for antimatter to form a black hole. In fact there are only 11 numbers that define a black hole: mass (made of either matter, antimatter, or energy), position, velocity, spin rate and direction, and electrical charge.</p>

CC BY-SA 3.0
2015-10-16T20:32:56.340Z
2015-10-16T20:32:56.340Z
James K
<p>Yes, common believes are because gravitation has effect on particles with mass. Antimatter are equivalent to there counterpart, sharing the same mass but opposite charges. Therefore, antimatter is attracted by gravitation.
But, this is still not experimentally proven, therefore a more theoretical explanation of the gravitational interaction.
Some researches indeed suggest anti-gravitational interaction between matter and antimatter.</p>

<p><a href="https://en.wikipedia.org/wiki/Gravitational_interaction_of_antimatter" rel="nofollow">source</a></p>

CC BY-SA 3.0
2015-10-16T10:20:53.400Z
2015-10-16T10:20:53.400Z
Vincent Oomen
<p>As we all know matter is attracted by the gravitational field of black hole. So, my question is: Is there any possibility of a black-hole attracting antimatter?</p>

<p>Can you explain how/why please?</p>

CC BY-SA 3.0
2015-10-16T15:35:14.757Z
Related: http://physics.stackexchange.com/questions/9371/why-would-antimatter-behave-differently-via-gravity?lq=1 and links therein.
HDE 226868
<black-hole><antimatter>
Is antimatter also attracted by gravitational field?
Mohd Saif
# Is antimatter also attracted by gravitational field?

(Asked by: username_0 on 2015-10-16)

As we all know matter is attracted by the gravitational field of black hole. So, my question is: Is there any possibility of a black-hole attracting antimatter?

Can you explain how/why please?

**Tags:** black-hole, antimatter

> **Comments:**
> **username_1**: Related: http://physics.stackexchange.com/questions/9371/why-would-antimatter-behave-differently-via-gravity?lq=1 and links therein.  

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## 2 answers

### Answer by username_2 on 2015-10-16. Score: 1

The consensus opinion of physicists is that antimatter has mass, and it is attracted to other massive objects by gravity in exactly the same way as matter: Antimatter isn't anti-gravity.

Proving this is difficult. It is hard to obtain enough antimatter in one place to observe any gravitational interactions. The best observations aren't even able to conclusively show that antimatter "falls" in a gravitational field. However for theoretical reasons it is considered extremely likely. If antimatter were repulsed by matter, it would allow for violations of the conservation of energy.

A black hole is a region of extreme gravity, and a black-hole would attract matter in just the same way as it attracts antimatter. It would even be possible for antimatter to form a black hole. In fact there are only 11 numbers that define a black hole: mass (made of either matter, antimatter, or energy), position, velocity, spin rate and direction, and electrical charge.


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### Answer by username_3 on 2015-10-16. Score: 1

Yes, common believes are because gravitation has effect on particles with mass. Antimatter are equivalent to there counterpart, sharing the same mass but opposite charges. Therefore, antimatter is attracted by gravitation.
But, this is still not experimentally proven, therefore a more theoretical explanation of the gravitational interaction.
Some researches indeed suggest anti-gravitational interaction between matter and antimatter.

[source](https://en.wikipedia.org/wiki/Gravitational_interaction_of_antimatter)


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