“Should all black holes have the same shape?” “different from each other Can’t they be?

Come on, let’s see.

The conventional wisdom in astrophysics is that black holes are spherical.

The reason for this is that gravity pulls everything a sphere pulling towards its center of mass is to create. In fact, this idea also applies to the horizon of black holes in a universe with three-dimensional space and one-dimensional time.

In the same way, molecular clouds composed of gas and dust accumulate towards the center and form a nucleus. whatever we observe in planets and stars this is it.

In the world of theoretical physics, however, things have moved in a different direction.

Scientists are aware of the three spatial dimensions and the time dimension that we know. the idea that there could be more they put forward. These extra dimensions seriously affect the way things work in space, even if we can’t see or touch them.

For example, according to astrophysicists, in these extra dimensions the usual rule is that black holes are spherical It may not be completely accurate. Because when it comes to math, some interesting possibilities arise. Perhaps black holes have different shapes than previously thought.

Albert Einstein, on the other hand, developed equations that help us understand how space and time curve around supermassive objects, such as holes.

These equations tell us what the shape of a black hole looks like. There are normal sized black holes, but they operate in larger sizes. becomes more interesting and complex.

In summary, the reason why we assume that black holes are spherical is because of what has been done so far. It is related to theoretical physics studies. But as scientists continue to investigate this issue and bring the math into the picture, they see that things are likely to change.

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