Probably the mass of the black hole would increase, just as when normal matter falls in.
Within a black hole, the distinctions between regular matter and antimatter disappear.
No. There is no such thing as "negative matter." There is a such thing as anti matter, but it still has positive mass.
There can never be a galaxy without a black hole. The anti-matter is necessary to cause the matter to spiral. It creates a huge suction.
One of the unsolved questions about our Universe is why it is composed almost entirely of matter. In our understanding of our Universe, the ratio of matter to anti-matter should be about 50-50. Saying, "All the anti-matter went into the super-massive black holes (smbh) at the center of galaxies" doesn't solve very much. It just leads to the question, "Why did only anti-matter go into smbh, and not matter?" There is SOMETHING about our Universe that favors matter over anti-matter. We just don't yet know what that something is. Simply saying that it is something that makes anti-matter, but not matter, go into smbh doesn't really solve much.
A vacuum consist of anti-matter; the opposite of matter...matter is something and anti-matter is nothing. When something is added to the vacuum the anti-matter is displaced and only matter will now remains. If you were made out of anti-matter then your observable results would be the opposite. Matter and anti-matter cannot exist in the same space; only one of the two can exist in any place at any one time. When you remove matter from a space the only thing that can exisist in that space is anti-matter!
As soon as anti-matter comes in contact with matter, the two annihilate. As such, placing anti-matter into any container made of matter would result in both being annihilated. The only way to maintain anti-matter for any length of time is to keep it isolated from matter. Magnetic fields can do this for a short time, but invevitably the anti-matter and the matter meet each other.
An antonym for matter is anti-matter.
When antimatter is created, it immediately seeks to annihilate with normal matter through a process called particle-antiparticle annihilation, releasing a large amount of energy in the form of gamma rays. This interaction results in the conversion of both particles into pure energy following Einstein's famous equation, E=mc^2.
Gravity. This a known and to some extent an arguably proven fact. But there are also theories that Black holes contain Anti-matter, an entity in inverse existence to "matter".
Yes. not only elements all particle in the universe are matter. From Sambit Pal India. *********************** Anti particles are not matter they are anti-matter.
If an anti-gravity field were to somehow counteract the gravitational pull of a black hole, it could potentially prevent objects from falling into the black hole. However, the intense gravitational forces of the black hole would likely overpower any anti-gravity effects, making it unlikely for anti-gravity to have a significant impact on a black hole.
Matter is anything except anti-matter, and matter occupies all of everything everywhere. Basically, yes. Unless you see anti-matter, which is doubtful because the anti-matter would implode upon contact with matter, which includes air.