How is the exit of a wormhole determined, and what is a wormhole ?

Since it's not necessarily true, I'll talk about my own conjectures.

Because the most likely thing to create a wormhole at the moment is the event horizon of a black hole. Therefore, I personally believe that the natural wormhole is the link between the black hole and the white hole, and when the matter enters the black hole, part of it will fall to the center of the singularity, and the other part will be released from the white hole through the wormhole.

Artificial wormholes require a large amount of negative energy matter, so the existence time, size, and distance of space-time areas connected by wormholes should all depend on the amount of negative energy. My understanding is that the wormhole is not like the entrance and exit that we usually see, it may be formless, but it can be detected. Therefore, as long as the nature of the wormhole is determined at the entrance, it must have a definite exit in another space-time region (because it crosses the space-time barrier, it does not violate the locality).

Necessary conditions for the formation of wormholes (one of the two is sufficient).

1.Faster-than-light.

2.There is a powerful negative energy in the universe (also known as dark energy in science, accounting for about 70% of the total space of the universe, and "energy and mass can be converted into each other") as the basis of energy, distorting time and space.

Therefore, for 1, what is needed is velocity, and the magnitude of velocity determines the length, inner diameter, exit, etc. of the wormhole.

What is needed for 2 is negative energy. The amount of energy and the rate of release determine the length, inner diameter, and exit of the wormhole.

The wormhole was not created, but exploded with huge energy.

To put it in layman's terms, our space is composed of very small units, for example, the clothes we wear - the cloth is woven from threads to form cloth, and the space is the same, we can use huge energy to blast a hole in the gap of the space, which is the wormhole.

According to the material I read.

Opening a wormhole requires about a star with the mass of the Sun to do so.

Where the exit of the wormhole is depends on the energy to open the hole, just like a long jump, you can jump as far as you can.

According to the actual situation, we can't open the wormhole, and people can't go in, the pressure inside the wormhole is very great, and there is a lot of high radiation in it, and people will definitely be wiped out when they enter, and the time for the wormhole to open is usually only a few seconds. Theoretically, we could infuse it with antimatter to neutralize the pressure and prolong the time it takes for the wormhole to open, and then take some measures to solve the radiation problem.

A wormhole is a distance between two spaces that are far away in a straight line, and the distance becomes zero after distortion, and only one wormhole is the junction of these two spaces.

It depends on how much energy you have to plane-travel.

Categories: Education, Science, >> Science & Technology.

Problem description: Is there really a time and space, can people go back to the past time and space?

Originally, it was thought that the shortest straight line between two points The shortest distance a small bug can climb from one point on the surface of a cube to another is to make the surface of the cube a plane and the two points as the endpoints of the line short

But if a bug bores a wormhole from one side of the cube and leads to the destination point, isn't it closer than the "closest" route? Hence the term "wormhole".

The theory of relativity shows that space is distorted in the gravitational field, and the distorted plane of space is like a piece of paper that has been folded to a certain extent, and the most pure short distance we can go from one point on the paper to another point is not the short length of the line along the paper, but can create a "wormhole" through the paper, and go straight to the destination The other must be said by the guy upstairs.

In detail

Wormholes, space-time holes, also known as Einstein Rosen Bridges, are also translated as cavities. It is a narrow tunnel that may exist in the universe that connects two different space-times. Wormhole was first proposed by Austrian physicist Ludwig Flaim in 1916, and was hypothesized by Albert Einstein and Nathan Rosen in 1930 when studying the gravitational field equations.

The theory was developed by Albert Einstein.

Wormhole was hypothesized by Einstein and Nathan Rosen in the 1930s when they studied the gravitational field equation, also known as the Einstein-Rosen bridge, and they believed that wormholes are narrow tunnels that may exist in the universe connecting two different space-times, so that instantaneous space transfer and time travel can be done through wormholes.

Wormholes may also lead to other solar systems, the Galactic system, parallel universes, and other universes with different laws of physics.

However, its existence has not yet been discovered.

Wormhole - internal structure** analysis.

The numbers in the figure represent the smallest unit of indivisible positive and negative chord information - string bits

Famous physicist John. John Wheeler famously said, "It from bit."

After the development of quantum information research, this concept was sublimated to the point that everything originates from qubits) Note: Bits are bits.

The current wormhole theory is mainly based on further reasoning about black holes. The theory has so far been crude.

According to the wormhole theory, wormholes are divided into two types: one is the Euclid wormhole, which exists forever; One is the Lorentz wormhole, which appears by chance.

There is no theoretical basis for the method of opening the wormhole, because the wormhole theory itself has no basis, but it is just people's imagination: people speculate that the entrance to the wormhole is located in a high-dimensional space, and in principle, it should be opened at the speed of light, and in a way that is believed to be used to generate a field that can be maintained with other energy (or a mechanism) to keep the entrance of the wormhole from being closed (but this violates the principle of relativity), so as to shuttle freely through the wormhole.

The relationship between wormholes and black holes is that in the universe we are in, black holes absorb space and matter due to strong gravitational attraction, and after inhaling the black hole, they are connected to the white hole of another universe or space through the wormhole. White holes are the exact opposite of black holes.

P.S. There are three kinds of science: one is realistic, like the sun; One is hypothetical, like a black hole; The other is frivolous, like a white hole or a wormhole.

There is no wormhole where two black holes are connected. Scientists speculate that it can be used for time travel.

A wormhole is a passage that connects two space-times, and it theoretically exists. You can think of it this way: the living room and the bedroom are two spaces, but the bedroom door is closed and sealed.

Can't get in. A wormhole is a crack in a door. Our current technology can't get into the wormhole.

A black hole is a point where a star burns up and then collapses to an infinitesimal point, and it has such a gravitational pull that even light cannot escape. Some scientists believe that black holes are connected to another space-time or universe.

First of all, it is emphasized to support originality, use what you know and tell others what you want to elaborate through an easy-to-understand narrative.

Now let me tell you about the relationship between wormholes and black holes, draw two points on a piece of paper, ask the shortest distance between these two points, many people will say that take the straight line between them, in fact, it is right in terms of plane, but the space we live in is not just a plane, the shortest distance between them is that you fold this piece of paper, and make the two points overlap, this is their shortest 0 distance contact, because the space of this flat paper is bent by you and formed, then can the space we live in can also be bent, the answer is yes, It's not theoretical, but it really exists around us, Einstein's gravitational bending space has fully illustrated this problem, the greater the gravitational force, the more serious the space bending, when it comes to the big gravity, we can't help but mention the black hole, because its gravitational force is too great, just imagine what the gravitational force that even light particles can't escape can bend the space around it into, and there will definitely be a lot of spatial coincidence, and these coincidences are reminiscent of time and space travel, under the action of the mysterious and huge gravitational black hole, Will there be the wormhole that we humans have been longing for for a long time, the known knowledge is confirming the validity of this theory, but how to open the wormhole, and how humans can really realize time and space travel through this theory, will indeed go through a long process.

A wormhole, also known as an Einstein-Rosen bridge, is a narrow tunnel in the universe that connects two different space-times. Wormhole is a concept first proposed by Austrian physicist Ludwig Flaim in 1916, and in the 1930s, Einstein and Nathan Rosen hypothesized when studying the gravitational field equation that instantaneous space transfer or time travel can be done through wormholes. To date, scientists have not observed evidence of the existence of wormholes, which is thought to be due to the difficulty of distinguishing them from black holes.

In order to distinguish from other kinds of wormholes, such as quantum wormholes in quantum states and wormholes in string theory, the so-called "wormholes" should be called "space-time wormholes", and the quantum wormholes of quantum states are generally called "miniature wormholes", and there is a big difference between the two.

One of the properties of black holes is that they get the so-called "mirror universe" on the other side. Einstein didn't pay attention to this solution, because it was impossible for us to pass. As a result, the "Einstein-Rosen Bridge" connecting the two universes was thought to be a mathematical trick.

However, in 1963, New Zealand mathematician Roy Kerr found that if any collapsing star rotates, it will become a dynamic black hole when it forms a black hole; Schwarzschild's static black hole is not the best way to understand physics. However, in reality stars become flattened structures and do not form singularities. That is to say:

The gravitational field is not infinite. This leads us to a startling conclusion: if we launch an object or spacecraft along the axis of rotation of a rotating black hole, in principle, it may be able to survive the gravitational field at the center and enter the mirrored universe.

In this way, the Einstein-Rosen Bridge is like a passage connecting two regions of space-time, that is, a "wormhole".

Theoretically, wormholes are multidimensional space tunnels that connect white holes and black holes, which are ubiquitous but fleeting. However, some hypothesize that a strange substance can keep wormholes open. It has also been hypothesized that if there is a strange substance called phantom matter, it has both negative energy and negative mass, thus creating a repulsive effect to prevent the wormhole from closing.

This strange substance deflects light, signaling the discovery of wormholes. But these theories have too many untested assumptions to be convincing.

The wormhole can lead to other solar systems, the Agaric system, parallel universes, and other universes with different laws of physics (see figure below).