Is it possible that the universe is a super black hole? What is the scientific basis?

The Schwarzschild radius is based on the Schwarzschild gauge, which is defined as a space-time gauge with a vacuum static spherical symmetry and a zero energy momentum.

It is clear that our universe does not belong to such a simple space-time, that is, our universe is not suitable for this solution.

In fact, there is one thing that is easy to understand, that is, the universe may exist.

Dark energy. It is contained in the total mass of the universe, but it does not produce gravitational action, but gravitational reaction, which causes the universe to expand at an accelerated rate, so under its action, even if you ignore the initial expansion of the universe, considering the universe under the action of dark energy, it is dynamic.

For an expanding dynamic universe, the curvature of space-time is no longer determined solely by the total amount of matter within it, but by the rate of expansion or contraction together with the total amount of matter. And the curvature of space-time is what determines whether our universe is a black hole to the "outside world".

We know that a black hole is a space-time region wrapped by an event horizon, and information in this space-time region, including light, cannot be propagated. Then according to this criterion, when the curvature of space-time of the universe is positive, the universe is curved and closed, and any information, including light, will also not be able to propagate, but will propagate in a limited area, although the size of this finite region is dynamic due to the expansion of the universe, but because the curvature of space-time is positive, the rate of expansion of the universe is continuously decreasing and eventually stopping, so the final size of the universe is a finite value. And when there is such a finite value, we can consider the universe to be a black hole, because its information, including light, can only propagate over a finite area, although it is not obtained by the Schwarzschild scale.

However, this is not the case with our current observations, and its space-time curvature does not seem to be positive because it expands too quickly. Based on current observations, the curvature of space-time in our universe is likely to be 0 or negative, and in both cases, the universe is open, it does not have a finite size, so it will not be a black hole.

It is impossible that the universe is a super black hole, and scientists have shown that there are black holes in the universe, which are actually very powerful existences, and we have been exploring them.

There is no possibility that the universe is a super-black hole, and there is no scientific basis for it, because no scientists have yet shown that the universe is a super-black hole.

Is our universe a super black hole? It's a question that scientists can't be precise with, but the many astronomical wonders show that this is not entirely possible. Our universe itself is a separate time, and only super-black holes can separate time from other parts, so it is very likely that our universe exists in a giant super-black hole architecture.

The volume of the universe is about 93 billion light years, the mass is about 10 cubic grams of 80 cubic grams, and the relative density is about 5 hydrogen atoms per cubic decimeter, and if our universe is also a super black hole, the volume and other relative densities of that mass of the super black hole will be basically the same as our universe, is this kind of accident a little unbelievable?

Nowadays, the theory of cosmic expansion has long been recognized and followed by various relevant physics disciplines, and it is a discipline that can express the space of the universe and various astronomical wonders. Some experts believe that it is likely to be just a singularity of a giant black hole, and because this singularity absorbs a lot of chemicals, it causes the internal structure to work and other conditions to be out of balance, so it happens**.

This occurrence is actually the occurrence of singularities in super-black holes**, which causes the energy contained in singularities to run in all directions, which is reflected in the surge of all singularities, and every matter and energy is rushing outward and evolving, and its properties are more in line with Newton's speculation of super-black holes, so some researchers think that our universe itself is a super-black hole, although people have not found super-black holes in the universe so far, but or our universe is originally a super-black hole, if that is the case, Or it also shows that superblack holes and white holes can be transformed due to changes in mass.

For example, there are super black holes in our universe, but the mass of these black holes is too small compared to the universe, and the mass of this black hole should also have a boundary, and it is difficult to balance existence to a certain extent, and it may be transformed into a super black hole. Therefore, there is no definite direct evidence to prove whether we live in a super-black hole or a super-black hole at this stage, and it can only be said that inference cannot eliminate this possibility at all, and due to the accidental information and the temporal characteristics of the superblack hole and the universe, this possibility is not very large.

In fact, the universe itself is a black hole, there is such a possibility, the first point, the universe is a very large sphere, and then formed, the second point is that the universe has a very large mysterious property, and then the formation of this kind of black hole, very interesting.

I don't think it's possible, because scientists believe that the inside of a black hole is a void and nothing can exist.

Possibly, I think the whole universe is the most mysterious place, and it may really be a black hole that we don't know what it looks like, and hopefully one day we will know.

Is the universe real, and is it possible that it is also a black hole?

Hello Kiss: This is of course a possible disturbance, and it is very likely to be a loss. There is a concept of "Schwarzschild radius" in physics, which is related to the mass of an object, and any object that has a radius less than the Schwarzschild radius will become a black hole.

The Schwarzschild radius of the Earth is about one centimeter, and the Schwarzschild radius of the Sun is about 3 kilometers. However, it is more contrary to common sense that when the mass of the object is very large, its Schwarzschild radius is not as small as we think. For example, the Schwarzschild radius of a megagalaxy is so large that if it were to become a black hole, its mass density would be even lower than that of air on Earth.

The black hole of the universe is a dark region of space-time, and after the gravity collapse of some stars with a large mass, the remaining things become black holes. The basic feature of a black hole is that it has a closed event horizon, which is the boundary of the black hole, and all foreign matter and radiation can enter this event horizon, but no matter in the event horizon can escape from it.

There are four types of black holes, black holes evolved from stars, primordial black holes, heavyweight black holes, and medium-sized nano-scale black holes under study.

A black hole is a celestial object whose gravity is so strong that even the fastest light cannot escape. The space-time around the black hole is also distorted by gravity, resulting in one"Ground level", as long as any substance is swallowed by it, it can no longer escape this range, and the radius is called.