Would the universe still exist without human observations?

Whether human beings observe it or not, the universe is there, but can human beings guarantee that the universe we observe at this time is the original universe? Or has the original universe changed as a result of human observation and has become the universe as seen by humans?

At present, there are several theories about this question.

In general, microscopic particles contribute to the universe, but if humans do not observe, then microscopic particles can always maintain uncertainty and randomness. However, if humans observe it, it may cause the microscopic particles to collapse, so there is a fixed possibility. But if you don't look at it, then it has more possibilities.

The zero-point field theory is very mainstream consciousness, and it gives people the feeling that these things will develop according to the evolving consciousness of people. For example, we humans are the same screen, but the projection on this screen is different. Trained and untrained, the projection on this screen is different.

Even if it's the same thing, it will be different. Or that humans and microscopic particles are actually two-way sensitive, and when we perceive them, they also perceive us.

In general, human consciousness is actually quite strange. We always think that what we see is what really exists, but many times this is not the case. It's as if someone asks whether the universe exists if no one observes the universe, so how do humans discover the universe if no one observes the universe?

Since mankind has not discovered the universe, what observation can we talk about?

Human perception comes from consciousness, so is consciousness really reliable? Is it really possible to go wrong? Personally, I think that ordinary people can understand these problems in the universe and don't think too much.

It's like a big man like Albert Einstein who still believed in theology in his later years. Perhaps it is because the mystery of the universe lies in the fact that it is impossible to see through it with the current consciousness of human beings, and the more you look deeper, you will find that everything that has been before can be overturned. The universe is incomprehensible.

Exist. Because the universe objectively exists and does not shift by human will, it is said that the universe still exists without human observation.

The universe does not exist because of whether humans observe it or not. Because the universe has always been there, it will not disappear because of the birth or death of any planet.

The universe is an objectively existing thing composed of matter and antimatter, whether we or not observe it in human opinion, they all exist, and it has nothing to do with our subjective observation.

Does the universe exist without human observations?

1.The universe exists. Before scientists knew about the universe, humans knew the sky above their heads, including the sun, moon, and stars.

After careful research and discussion by scientists, they finally understood the universe and figured out that the cause of the universe came from a point ** and so on. Since then, human beings have not only known the mysteries of the universe, but also known the immensity of the universe. Humans currently live on Earth in the solar system.

For the sake of human development and world peace, scientists have been studying the universe. There are so many things that humans don't observe and don't know, and these things don't exist because of human ignorance. The existence of the universe is an objective fact.

Whether human observation has no effect on its existence. The meaning of the universe lies in its existence.

2.Observers of different levels and dimensions must have different perceptions of the universe, and they observe a completely different world, one flower and one world, one leaf and one Bodhi. Observers of the microscopic world (assuming that there are observers within the nucleus or at a smaller scale) who observe the world completely different from the world observed by humans, observers on a larger macroscale (for example, we think that our current world is a virtual world, so the wisdom that created this virtual world) is even more different, and the observers in the multidimensional multiverse theory have different perceptions of the universe.

So, in essence, the so-called universe is actually a reflection of various consciousnesses, and without an observer, the existence of this universe cannot be proved.

3.The temporal relationship between the universe and human beings and human consciousness is orderly, and it is the result of the development and change of things. Without changes in the universe, there would be no human beings.

Some people think that human consciousness forms the universe, but who can use their brains to create a universe that everyone can observe? No. The universe observed by human beings actually exists, and human beings can use the initiative of consciousness to understand it, and can let probes fly into the vast space to observe it, but even the planetary motion, the most basic motion mode of the universe, cannot be changed.

Human beings probably do not know the universe in order to change it, but because we live in it, we can only continue to understand the universe continuously, and then follow the trend and change our destiny.

If there is no human observation, the universe must still exist, because the universe is an objective existence, not because of human observation, so the universe and human observation have nothing to do with each other.

Yes, whether human beings have observed the universe or not.

I think that the universe does really exist, and that it is a real thing even without human speculation and observation, not that it does not exist without human observation.

Probably not, because whether there are aliens or not is still unknown, and it is impossible to judge with existing science and technology, so it should not be created by aliens.

Yes, from the current point of view, the observable universe is the limit of our understanding, and this distance does not exceed 20 billion light years. Scientists have calculated that the radius of our universe is about 46 billion light-years and the diameter is about 93 billion light-years, and I don't know how to calculate it. But our most powerful astronomical telescopes can only see more than 10 billion light-years away, and they can't see any further, scientists say this is due to various reasons such as cosmic expansion and gravitational redshifts.

As for what's out there in our universe? It's hard to say. There are all kinds of speculations.

Some people believe that our universe is the only one, that there is nothing outside our universe, that there is a real vacuum. There are also those who believe that our universe is not unique, and that there are many universes outside of our universe. The universes are like balloons squeezed into a pile, some are expanding, some are shrinking, and some have just been born through the big **.

The basic physical parameters of each universe may or may not be the same, so that the form of matter in each universe is also different. This is a version of the multiverse hypothesis. We may never know this.

Multiverse.

No, this belongs to idealism, the universe exists objectively, and is physically defined as all space and time (collectively known as space-time) and their connotations, and the existence of aliens remains to be determined.

No, because the scene in the universe cannot be created, and no matter how capable the aliens are, they cannot create such a beautiful scene.

The universe is finite, but the universe is very large, unimaginably large.

Science and Technology News: Thanks to advances in scientific observation instruments and computer technology, scientists have deepened their understanding of the "invisible universes" that make up the universe 96 - dark energy, dark matter and black holes, and are further exploring how these "invisible universes" affect the past, present and future of the galaxy and the universe. The June 20 issue of Science magazine reviews the current state of research on the "invisible universe".

"The universe has been expanding at an accelerated rate over the past 7 billion years due to the presence of dark energy with unique density and negative pressure," said Koschno of the Smithsonian Center for Astrophysics at Harvard. "The accelerated expansion of the universe provides indirect evidence of the existence of dark energy.

How did researchers calculate that the universe is expanding at an accelerated rate? The answer comes from the ** galaxy, which is a supernova explosion.

A supernova is an explosion that marks the end of the life of some stars. Scientists compared past supernova explosions of different ages and used the light from this explosion to measure changes in the rate of expansion of the universe. These supernova explosions, which are 4 billion times brighter than the Sun, have the potential to be used to trace past time and space, as well as to probe the history of cosmic expansion and the nature of dark energy.

"The current evidence shows that the universe is controlled by dark energy. It's like when you see a leaf moving, you say it's the wind that blows it.

Koschno conceptually compares the invisibility of wind and dark energy. Scientists are also observing light in the universe in order to gain insight into another invisible aspect of the universe – black holes.

In this special edition, Bigelman of the University of Colorado proposes that understanding black holes is the key to understanding the universe. Unlike dark energy, which is scattered throughout the universe and can only be measured by its large-scale impact on cosmic space and evolution, black holes are visible and can be identified by scientists using telescope observations.

According to Bigelman, there are at least two types of black holes, smaller ones and very large ones. The center of each galaxy contains a super-large black hole, which is about 10,000 light-years away from Earth and releases 1,000 times more energy than the Sun emits. But researchers are convinced that this energy is only a fraction of the energy released by the supermassive black hole during the formation of the Milky Way.

"The energy released by the Milky Way's super-large black holes during their growth has greatly influenced the evolution of the Milky Way," Bigelman said. ”

The possibilities are endless. But here are some possible scenarios:

If you are able to travel through the observable universe, you have the potential to simply travel back to the universe you came from, just as light is bent back into a black hole.

There may be an obstacle edge, and beyond that barrier edge, there are completely different types of "spaces" with different physical properties.

There may be many universes, and perhaps there is one for every quantum possibility in our universe.

A "bubble" of the universe may exist, and each bubble in the bubble represents a different universe.

What is the extent of the universe, when the question is raised, what is being talked about is generally the visible universe, that is, with the earth where we are located as a sphere, the radius of which is the space through which light passes since the great **, based on the birth of the week as a point and the beginning of rapid outward expansion, the universe as a whole is likely to be much larger than this visible universe. In terms of what current measurements can provide, astronomers don't know exactly when the big ** occurred. They just say in very general terms that the big ** either happened 10 billion years ago, or 20 billion years ago, or at some point in this period.

The speed of light is about 10,000 miles per second, and a light-year is about 6 trillion miles. The Milky Way is about 100,000 light-years in diameter. Recently discovered quasars, located at the edge of the universe that we can currently observe, are moving away from us at the speed of light.

It is separated from the Earth by 10 billion to 20 billion light-years. These are the 2004 data, the most distant object known to date, and the largest extent of the visible universe that we can observe. Astronomers disagree on the rate at which the universe is expanding.

The most conservative estimate is that a million light-years more distance increases the speed by 10 miles per second. Imagine that a galaxy 500 million light-years away from us would move away from Earth at a speed of 5,000 miles per second. Some astronomers estimate that this number is even more than double.

According to the first estimate, the farthest visible light in the universe is 10 billion light-years away from Earth, and according to the second estimate, the edge of the universe is 20 billion light-years away.

Hello with the width of which liquid science, no one knows this question, the earth is an extremely tiny small planet in the universe, and human beings live on it, human beings have very little understanding of the universe, and no one knows what is outside the universe, and the outside of the universe is still the universe.

Hope it helps.

What's out there in the universe? "That's an interesting question. Before we can know what is outside the universe, we must first confirm and find the existence of the boundaries of the universe.

In fact, the boundaries of the universe do exist (at least based on the current understanding of the universe and the theory of the universe): George, a physicist born in the Soviet Union. Gamow has put forward a hypothesis on the basis of the theory of the universe

If we look deep into space, we will find a certain kind of cosmic background radiation left over from the failure of the big explosion, and this cosmic background radiation will be transmitted in the universe for a long time and long distance, and finally reach the earth in the form of microwaves. Later, this false shooting time was confirmed: two radio astronomers in the United States had accidentally discovered George.

The microwave that Gamow postulated – the microwave that was generated when the universe was large and came from the cosmic background radiation at the edge of the universe. So since the boundaries of the universe exist, what does the outside of the universe look like? There are many people who have put forward very interesting ideas about this question:

If we find and come to the edge of the universe and stick our heads out of the curtain of the universe, what will we see? Is it that our heads are already out of the universe? However, the real answer is:

It is true that the universe has boundaries, but you can never find the boundaries of the universe. The reason it can't be found isn't that it's too far away (although it's very far away). Rather, it's because:

According to Einstein's theory of relativity, the universe is actually curved, and if we look for the edge of the universe in one direction, we will not only find it, but it is very likely that we will return to the original point when we started. For the sake of understanding, we can make an analogy: if a two-dimensional planar creature (a two-dimensional planar creature cannot understand the concept of a three-dimensional sphere) comes to the earth, and he tries to find the boundary of the earth's surface and see what it looks like beyond the boundary of the earth's surface, it will certainly not be possible, and it will probably return to the original point where he started.

In the same way, if we want to find out what is beyond the boundaries of the universe in the universe, we are as confused as this flat creature on the surface of the earth, and we can't figure it out.

Personally, I believe that the universe and beyond the universe should be higher than the concept of a higher dimension than the third dimension. Something beyond the universe is this higher dimension, which may be not far from us all around us, but as human beings with only three-dimensional concepts, they cannot perceive and understand its existence.