Anything that falls into a black hole will be destroyed. Also, anything that falls into a black hole will increase the black hole's mass.
This is actually what is proposed in one version of the Big Bang theory as to how the universe ends, in a Big Crunch back into a black hole. However recent discoveries about Dark Energy say this is not possible and the universe will expand forever at ever increasing speeds until no subatomic particle can be affected in any way by any other subatomic particle. The universe will then be absolutely cold and dark.
Examples of modern physics include quantum mechanics, special and general relativity, particle physics, and astrophysics. These fields are concerned with understanding the fundamental nature of the universe at both the smallest and largest scales, explaining phenomena such as subatomic particles, black holes, and the behavior of light.
Black holes and subatomic particles are a subject of interest in the fields of astronomy, astrophysics, and particle physics. Perhaps the most famous to bring to light the notion that black holes could emit particle/antiparticle pairs and thus lose mass through loss of energy would be Professor Stephen Hawking, who proposed that black holes interact with the universe thermodynamically in this way and could potentially evaporate entirely. This radiation is often known as Hawking radiation.
No. The sun is a main sequence star. A black dwarf is the remnant of a dead star that has cooled. The universe is not old enough for this to have happened yet.
No. It is estimated that it would take trillions of years for a white dwarf to cool to a black dwarf. The universe is not old enough for that to have happened yet.
There are already black holes within the universe
As a big part, the gravitational force is what keeps us on the earth but other things make it necessary like the creation of elements in stars and light bending around objects like black holes and stars.
EASY as said in Dragon ball GT they scaterd across the universe
The universe likely contains millions upon millions of black holes.
Oh , that's such a cool question! Well, the smallest black holes known to exist are about 3-5 times the mass of our sun. That may seem small compared to other black holes, but just think of how wonderfully unique each one is in the vast and mysterious universe! Now, let's paint some happy little stars to celebrate their beauty.
Their smallest spider is the black widow. SIKE.
The smallest possible black hole that can exist in the universe is known as a primordial black hole, which could be as small as a single atom or even smaller. These black holes are theorized to have formed in the early universe and could have a mass ranging from a few grams to several times the mass of the Earth.