What s at the end of a black hole?,Like a poached egg.,Flat.。。

Black holes have no end. A black hole is the remnant of a massive star at the end of its evolution, in which the density of matter is extremely high (higher than the density of atomic nuclei), the gravitational pull is extremely high, and the curvature of space is so high that it is closed, and time is stagnant in it. According to the Schwarzschild radius (r=gm c 2, where:

r is the Schwarzschild radius, g is the gravitational constant, m is the remaining mass of the star, and c is the speed of light), the size of the black hole is only related to the remaining mass of the star, so it is possible for a black hole to be as small as an elementary particle or as large as a galaxy. If we look at it only by the Schwarzschild radius, even our universe itself may be a black hole, because according to the estimated mass of the universe, its Schwarzschild radius is exactly equal to 10 billion light-years. As a stellar black hole, a galaxy-level black hole, there is no end, only the inside, but what does the interior look like?

What's inside? Nobody knows. As for what the end of the universe would be if it were a black hole, there was no need to say more.

Where does a celestial body come from? For example, you ask, the end of the sun, the end of the earth, how is this? These rankings have nothing to do with the end.

If you ask, what is the fate of black holes in the future? What is the end of fate? So let me tell you, the black hole itself is constantly evaporating through Hawking radiation. When a black hole is swallowed, after countless years, the black hole will evaporate and disappear.

The black hole is not known how many times larger than the Earth, and there is no end to him and no one knows his end.

The world is connected by many universes, connected by bands of light, and this cosmic lattice supports the various universes and achieves balance. There is no end in sight to astronomical observations.

A black hole is a celestial body formed by the collapse of a red giant, there are thousands of them, and there are generally super-black holes in the center of the vortex of every galaxy. The mass of black holes can be large and small, the large ones are a collection of thousands of stars, and the small ones are only as big as dozens of stars, and they have edges.

Black holes are constantly attracting and throwing material outward, and some black holes are relatively stable in terms of distance from outer galaxies, and relatively peaceful inside. There are numerous planets moving around the singularity. Scientists have recently discovered that some aliens live inside black holes, where they can see the outside and the outside can't see the inside, which is privacy-preserving.

So far, humanity has not discovered the end of a black hole,!!

Matter that enters the black hole should eventually emerge from the white hole and appear in another universe.

According to the concept of four-dimensional space, the end of the black hole is the singularity of infinite mass, temperature, and pressure in the very center, and beyond that there is nothing.

However, if we follow the method of five-dimensional space, black holes can cause space-time confusion and eventually reach another universe, of course, we don't know how to stop and travel out of the black hole.

The circle of the black hole, to say that the end should be the center, and its center is mysterious and multi-segmented.

Scientific observations have confirmed that there is a supermassive planet in the center of the galaxy, because the massive planets in the universe are all spheres, and photons are also absorbed by it in their vicinity, so they are called black holes. A black hole is a sphere, and a black hole has no end.

Yes, if white holes are the other side of black holes, then why do people think white holes are rare? Black holes are different from white holes, which means that black holes are not the other side of white holes, and white holes are not the other side of black holes.

At the end of a black hole is the deeper unknown.

Internet terms refer to some people who have no quality, are idle, and are annoying.

Time is a scale, which is a scalar in the physical definition, by means of time, the sequence of events can be determined in a past-present-future sequence (point in time), and it can also measure the duration of events and the length of time between events and intervals (time periods). Time is the fourth dimension in addition to the three dimensions of space.

Time has long been a subject of study in religion, philosophy, and science, but scholars have not been able to find a consistent and non-cyclical definition of time that can be applied to all fields.

However, in the fields of business, industry, sports, science and the performing arts, there are ways to mark and measure time. Some simple, less controversial definitions include "Time is a physical quantity measured by a clock." And "time makes it impossible for everything to happen at the same time." ”

Philosophers have two different views on time:

One school of thought believes that time is the basic structure of the universe, a dimension that appears in a sequential fashion, such as Isaac Newton.

The other school, including Gottfried Leibniz and Immanuel Kant, argues that time is not any dimension that already exists, nor is it any "flowing" being, but that time is simply a mental concept that, in conjunction with space and numbers, allows humans to order and compare events.

In other words, time is nothing more than an artificial way to think about the universe, and the division of the movement of matter is a man-made rule. For example, Albert Einstein used the concept of relativity to describe the psychological effects of metaphorical time to explain that time is not absolute.

Let's be more detailed.

Ask what is the current time frame.

One hour and 60 minutes.

One minute and 60 seconds.

1 day = 86400 seconds.

Is there a specific time before and after the question "now"?

Answer: A day includes the usual day and night, i.e. 24 hours, 1440 minutes, 86400 seconds, which is based on the average solar day. If the Earth's rotation time is calculated, the whole day is about 23 hours, 56 minutes and 4 seconds. After every four years, there is one more day, so scientists have designed leap years (29 days in February) and peace years (28 days in February).

No, but it was stipulated before.

The concept of time can be understood philosophically and physically.

Philosophically, time is an abstract concept that expresses the arrangement of things in order to come and go. Its connotation is infinite and eternal, and its extension is the measurement of the length and order of all events. "Endless" means that time has no beginning or end, and "Forever" means that the increment of time is always positive.

In physics, time is one of the seven fundamental physical quantities in physics.

Time is an abstract concept, including minutes, seconds, years, and months, which are all invented by people to easily record the laws of the movement of all things, such as kilometers, meters, etc. But time itself does not exist, so going back in time or going back in time is actually based on a logic that does not exist. Albert Einstein proposed in his theory of relativity:

Time, space, and matter cannot be interpreted separately, "time" is a description of the process of material movement, and "between" refers to artificial divisions. Time is the division and division of the process of material movement by thought.

In the theory of relativity, time and space, together form a four-dimensional space-time, which constitutes the basic structure of the universe. Neither time nor space is absolute in measurement, and the passage of time measured by observers at different relative velocities or at different measurement points of different space-time structures is different. The gravitational field generated by the mass of general relativity** will cause a distorted space-time structure, and the gravitational field generated by the mass of the general relativity will create a distorted space-time structure, and the gravity field generated by the mass (e.g. .

black holes) is slower than clocks at a distance from the masses. Existing instruments have confirmed the accuracy of these theories of relativity with respect to time, and the results have been applied to the Global Positioning System. In addition, there is a "time dilation" effect in special relativity:

In the observer's opinion, the time lapse of a clock with relative motion is slower than that of a (static) clock in one's own frame of reference.

As far as today's physical theory is concerned, time is continuous, uninterrupted, and has no quantum properties. However, some theories that have not yet been proven, such as quantum gravity theory, string theory, m-theory, etc., that try to combine the theory of relativity with quantum mechanics, predict that time is discontinuous and has quantum properties. Some theories speculate that Planck time may be the smallest unit of time.

According to Stephen William Hawking's Einstein equation in the general theory of relativity, it shows that the time of the universe has a starting point, starting from the big **, and the time before it is meaningless. Matter and time and space must coexist together, without which time is meaningless.

1.Time is a talker, it explains everything to us;

2.Time is the best! It can solve all problems and give all answers;

3.Time doesn't care how you squander it, just make a deal with you, no money, just life;

4.The obsession of the past can't withstand time after all.

It is absolutely not permissible for any space body that we know about the existence of three-dimensional objects or other multi-dimensional objects, which may be similar to regions outside the universe, and all existing theoretical theorems cannot be applied and cannot be explained.

The vacuum is filled with "virtual" particles and antiparticles, which are constantly "materialized" into a pair of real particles, separated, merged and annihilated.

The vicinity of the black hole's event horizon is also filled with these "virtual" pairs of positive and negative particles, which arise and separate, merge and annihilate. However, due to the existence of a black hole, one of the particles may fall into the black hole, and the remaining one will lose its object of annihilation, it may also fall into the black hole, or it may escape to a distant place, and it may seem to an external observer from a distance as if it were a particle emitted from the black hole.

One of the positive and negative particle pairs has positive energy and the other has negative energy. The one that escapes is a positive particle, and the one that falls into the black hole is a negative particle, resulting in a gradual decrease in the black hole's energy (or mass) and finally disappearing (i.e., evaporating). This is Hawking radiation.

You're misunderstanding wrong, a black hole is not a hole, it's a sphere, like the Sun and the Earth, except that it's so massive and gravitational so great that even light can't escape its gravitational pull, so from a distance it looks like a black hole, so it's called a black hole. When Stephen Hawking and others named black holes, the French couldn't accept it (I won't say why).

Again, emphasize that a black hole is not a hole, it is a sphere.

It may be another unknown world (just a scientist's guess, just like a cave, if you don't go in, it looks like a passage connecting to other places, but if you go in, you will come to the end and come out, maybe if you go in, the black hole is only the bottom, but no one has ever entered it).

We'll be happy to answer for you.

The black hole is a collapse body produced when a star **, the star itself has not existed in **, leaving a gravitational sphere that is infinitely absorbed and compressed inward, the black hole is a sphere, he is not a wormhole or something, so the black hole is not a hole, and there is no other end. In addition, black holes also have a lifespan, and when the black hole reaches the end of its lifespan, it will eject out the matter it previously swallowed and produce **. There are countless black holes in the universe, some with a diameter of less than 10 centimeters and some with a diameter of more than 16 kilometers.

That's all I have to say, I hope it helps you Thank you!!